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If it is not so, please go back to pre-processing part, rotate the mesh and save it to CENOS again" } ] }, { "key": "mesh3D", "name": "3D", "dimensions": 3, "properties": null, "symmetryHeading": "Symmetry", "symmetryTypes": [ { "key": "full", "id": 3, "name": "Full 3D model" }, { "key": "slice", "id": 4, "name": "Slice", "properties": [ { "key": "symmetryFactor", "name": "Slice angle", "symbol": "\\alpha", "units": "-", "baseUnit": "siNone", "default": 360, "min": 0, "minExclude": true, "max": 360, "maxExclude": false } ] } ] } ], "singlePhysics": [ { "key": "physicsThermal", "name": "Thermal Analysis", "description": "Solves heat transfer equation. Both steady and transient solvers available.", "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false } ], "physicalProperties": [ { "key": "Velocity_x", "name": "Velocity X component", "symbol": "U_X", "units": "\\frac{m}{s}", "baseUnit": "siVelocity", "default": 0, "valueTypes": [ "scalar", "table" ], "arguments": [ { "id": 2, "key": "time", "name": "Time", "symbol": "t", "units": "s", "baseUnit": "siTime" } ] }, { "key": "Velocity_y", "name": "Velocity Y component", "symbol": "U_Y", "units": "\\frac{m}{s}", "baseUnit": "siVelocity", "default": 0, "valueTypes": [ "scalar", "table" ], "arguments": [ { "id": 2, "key": "time", "name": "Time", "symbol": "t", "units": "s", "baseUnit": "siTime" } ] }, { "key": "Velocity_z", "name": "Velocity Z component", "symbol": "U_Z", "units": "\\frac{m}{s}", "baseUnit": "siVelocity", "default": 0, "valueTypes": [ "scalar", "table" ], "arguments": [ { "id": 2, "key": "time", "name": "Time", "symbol": "t", "units": "s", "baseUnit": "siTime" } ] }, { "key": "Omega_Z", "name": "Angular velocity around Z axis", "symbol": "\\Omega_Z", "units": "\\frac{rad}{s}", "baseUnit": "siAngularVelocity", "default": 0 }, { "key": "qVol", "name": "Volume heat source", "symbol": "F", "units": "\\frac{W}{m^3}", "baseUnit": "siHeatSource", "default": 0, "valueTypes": [ "scalar", "table" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false }, { "id": 2, "key": "time", "name": "Time", "symbol": "t", "units": "s", "baseUnit": "siTime" } ] }, { "key": "heatflux", "name": "Heat Flux", "symbol": "q", "units": "\\frac{W}{m^2}", "baseUnit": "siHeatFlux" }, { "key": "heatflow", "name": "Integral Heat Flow", "symbol": "Q", "hidden": true, "units": "W", "baseUnit": "siHeatFlow" }, { "key": "lambda", "name": "Thermal conductivity", "symbol": "\\lambda", "units": "\\frac{W}{m K}", "baseUnit": "siNone", "min": 0, "minExclude": true, "valueTypes": [ "scalar", "table", "expression" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false } ] }, { "key": "cp", "name": "Heat capacity", "symbol": "c_p", "units": "\\frac{J}{kg K}", "baseUnit": "siNone", "min": 0, "minExclude": true, "valueTypes": [ "scalar", "table" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false } ] }, { "key": "rho", "name": "Density", "symbol": "\\rho", "units": "\\frac{kg}{m^3}", "baseUnit": "siNone", "min": 0, "minExclude": true, "valueTypes": [ "scalar", "table" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false } ] }, { "key": "h", "name": "Heat Transfer Coefficient", "symbol": "h", "units": "\\frac{W}{m^2 K}", "baseUnit": "siNone", "min": 0, "minExclude": false, "valueTypes": [ "scalar", "table", "expression" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false }, { "id": 2, "key": "time", "name": "Time", "symbol": "t", "units": "s", "baseUnit": "siTime" } ] }, { "key": "hr", "name": "Emissivity", "symbol": "\\epsilon", "units": "-", "baseUnit": "siNone", "min": 0, "minExclude": false, "valueTypes": [ "scalar", "table", "expression" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false } ] }, { "key": "resistance_thermal", "name": "Thermal Contact Resistance", "symbol": "R", "units": "\\frac{m^2 K}{W}", "baseUnit": "siNone", "min": 0, "minExclude": true } ], "MaxTemperatureCalculation": [ { "key": "_maxTempCalculation", "name": "Max Temperature calculation", "default": true, "style": "checkbox", "hidden": true } ], "PhaseModelProperties": [ { "key": "_phaseCalculation", "name": "Phase calculation", "default": false, "style": "checkbox" }, { "key": "ATemp1", "name": "Austenization start temp.", "symbol": "T_{Ac_1}", "units": "\\degree C", "baseUnit": "siNone", "min": 0, "minExclude": true, "description": "Temperature at which austenite begins to form. If unknown - use Ac1 = Ac3", "relevance": [ { "key": "_phaseCalculation", "value": true } ] }, { "key": "ATemp3", "name": "Fully austenized temp.", "symbol": "T_{Ac_3}", "units": "\\degree C", "baseUnit": "siNone", "min": 0, "minExclude": true, "description": "Austenization temperature; the temperature at which structure is fully austenite", "relevance": [ { "key": "_phaseCalculation", "value": true } ] }, { "key": "MartStart", "name": "Martensite start temp.", "symbol": "T_{Ms}", "units": "\\degree C", "baseUnit": "siNone", "min": 0, "minExclude": true, "description": "Martensite formation start temperature; belove this temperature martensite phase occur", "relevance": [ { "key": "_phaseCalculation", "value": true } ] }, { "key": "StartTime", "name": "Phase change start time", "symbol": "t_s", "units": "s", "baseUnit": "siNone", "min": 0, "minExclude": true, "valueTypes": [ "table" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": 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"name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false } ] }, { "id": 2, "key": "flux", "name": "Heat flux", "description": "Define heat flux density at the surface", "properties": [ { "key": "qSurf", "name": "Heat Flux", "symbol": "q", "units": "\\frac{W}{m^2}", "baseUnit": "siHeatFlux", "valueTypes": [ "scalar", "table", "expression" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false }, { "id": 2, "key": "time", "name": "Time", "symbol": "t", "units": "s", "baseUnit": "siTime" } ] } ] }, { "id": 3, "key": "convection", "name": "Convection", "description": "Convective heat transfer\n\\( q = h (T-T_{amb}) \\)\nRead article 'Heat Exchange' in Cenos Documentation for more information", "properties": [ { "id": 1, "key": "tref", "name": "Ambient temperature", "symbol": "T_{amb}", "units": 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"name": "Velocity Y component", "symbol": "U_Y", "units": "\\frac{m}{s}", "baseUnit": "siVelocity", "default": 0, "valueTypes": [ "scalar", "table" ], "arguments": [ { "id": 2, "key": "time", "name": "Time", "symbol": "t", "units": "s", "baseUnit": "siTime" } ], "sendAlways": true, "relevance": [ { "key": "_velocityEffects", "value": true } ], "hidden": true }, { "key": "Velocity_z", "name": "Velocity Z component", "symbol": "U_Z", "units": "\\frac{m}{s}", "baseUnit": "siVelocity", "default": 0, "valueTypes": [ "scalar", "table" ], "arguments": [ { "id": 2, "key": "time", "name": "Time", "symbol": "t", "units": "s", "baseUnit": "siTime" } ], "sendAlways": true, "relevance": [ { "key": "_velocityEffects", "value": true } ], "hidden": true }, { "key": "Omega_Z", "name": "Angular velocity around Z axis", "symbol": "\\Omega_Z", "units": "\\frac{rad}{s}", "baseUnit": "siAngularVelocity", "default": 0, "sendAlways": true, "relevance": [ { "key": "_velocityEffects", "value": true }, { "key": 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"baseUnit": "siTemperature", "min": -273.15, "minExclude": false }, { "id": 2, "key": "time", "name": "Time", "symbol": "t", "units": "s", "baseUnit": "siTime" } ], "default": 0, "sendAlways": true, "hidden": true } ] }, { "id": 8, "key": "interface", "name": "Interface", "description": "Interface", "isInterfaceType": true, "isOuterType": false }, { "id": 9, "key": "resistance_thermal", "name": "Thermal Contact Resistance", "description": "Define contact resistance as thin layer at interface.\nIMPORTANT: The same condition has to be set on both sides.\nResistance can be calculated as \\( d / \\lambda \\)\n(\\( d \\) - thickness, \\( \\lambda \\) - conductivity).", "isInterfaceType": true, "isOuterType": false, "properties": [ { "key": "resistance_thermal", "name": "Thermal Contact Resistance", "symbol": "R", "units": "\\frac{m^2 K}{W}", "baseUnit": "siNone", "min": 0, "minExclude": true } ] } ], "initialConditions": { "properties": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false, "default": 22 } ] }, "material": { "properties": [ { "key": "lambda", "name": "Thermal conductivity", "symbol": "\\lambda", "units": "\\frac{W}{m K}", "baseUnit": "siNone", "min": 0, "minExclude": true, "valueTypes": [ "scalar", "table", "expression" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false } ] }, { "key": "cp", "name": "Heat capacity", "symbol": "c_p", "units": "\\frac{J}{kg K}", "baseUnit": "siNone", "min": 0, "minExclude": true, "valueTypes": [ "scalar", "table" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false } ] }, { "key": "rho", "name": "Density", "symbol": "\\rho", "units": "\\frac{kg}{m^3}", "baseUnit": "siNone", "min": 0, "minExclude": true, "valueTypes": [ "scalar", "table" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false } ] }, { "key": "_maxTempCalculation", "name": "Max Temperature calculation", "default": true, "style": "checkbox", "hidden": true }, { "key": "_phaseCalculation", "name": "Phase calculation", "default": false, "style": "checkbox" }, { "key": "ATemp1", "name": "Austenization start temp.", "symbol": "T_{Ac_1}", "units": "\\degree C", "baseUnit": "siNone", "min": 0, "minExclude": true, "description": "Temperature at which austenite begins to form. 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"\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false } ], "description": "Time data for the C-curve which reprezents the begining of phase change (usually when 1% transformation has happened)", "relevance": [ { "key": "_phaseCalculation", "value": true } ] }, { "key": "EndTime", "name": "Phase change end time", "symbol": "t_e", "units": "s", "baseUnit": "siNone", "min": 0, "minExclude": true, "valueTypes": [ "table" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false } ], "description": "Time data for the C-curve which reprezents the end of phase change (usually when 99% change has happened)", "relevance": [ { "key": "_phaseCalculation", "value": true } ] } ] } } ], "subPhysicsParts": [ { "key": "subPhysicsThermalGeneral", "name": "Thermal General Physics", "physicsKey": "physicsThermal", "physicsName": "Thermal Analysis", "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false } ], "resultValues": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false }, { "key": "heatflux", "name": "Heat Flux", "symbol": "q", "units": "\\frac{W}{m^2}", "baseUnit": "siHeatFlux" } ], "timeTypes": [ { "id": 2, "key": "transient", "name": "Transient", "arguments": [ { "id": 2, "key": "time", "name": "Time", "symbol": "t", "units": "s", "baseUnit": "siTime" } ], "properties": [ { "id": 2, "key": "tstart", "name": "Initial time", "symbol": "t_0", "units": "s", "baseUnit": "siTime", "default": 0, "hidden": true }, { "id": 2, "key": "tend", "name": "End time", "symbol": "t_1", "units": "s", "baseUnit": "siTime", "min": 0, "minExclude": true }, { "key": "isAdaptive", "name": "Use adaptive time step", "default": false, "style": "checkbox" }, { "id": 2, "key": "tstep", "name": "Calculation time step", "symbol": "\\delta t", "units": "s", "baseUnit": "siTime", "relevance": [ { "key": "isAdaptive", "value": false } ], "min": 0, "minExclude": true, "valueTypes": [ "scalar", "table" ] }, { "key": "sfreq", "name": "Save every n-th time step", "symbol": "n", "units": "", "baseUnit": "siNone", "valueKind": "integer", "hidden": true, "default": 1, "relevance": [ { "key": "isAdaptive", "value": false } ] }, { "key": "initdt", "name": "Initial time step", "symbol": "\\delta t_0", "units": "s", "baseUnit": "siTime", "default": 0.01, "hidden": false, "relevance": [ { "key": "isAdaptive", "value": true } ] }, { "key": "mindt", "name": "Minimal time step", "symbol": "\\delta t_{min}", "units": "s", "baseUnit": "siTime", "default": 1e-8, "hidden": true, "relevance": [ { "key": "isAdaptive", "value": true } ] }, { "key": "maxdt", "name": "Maximal time step", "symbol": "\\delta t_{max}", "units": "s", "baseUnit": "siTime", "default": 100000, "hidden": true, "relevance": [ { "key": "isAdaptive", "value": true } ] }, { "key": "toler1", "name": "Toler1", "symbol": "\\t_{1}", "units": "s", "baseUnit": "siTime", "default": 0.0005, "hidden": true, "sendAlways": true, "relevance": [ { "key": "isAdaptive", "value": true } ] }, { "key": "toler2", "name": "Toler2", "symbol": "\\t_{1}", "units": "s", "baseUnit": "siTime", "default": 1, "hidden": true, "sendAlways": true, "relevance": [ { "key": "isAdaptive", "value": true } ] }, { "key": "hasCalculatedTimeStep", "name": "Has calculated timestep (hidden parameter)", "default": false, "style": "checkbox", "hidden": true }, { "key": "continueFromLast", "name": "Continue from the last time step", "default": false, "style": "checkbox", "relevance": [ { "key": "hasCalculatedTimeStep", "value": true } ] } ] }, { "id": 1, "key": "steady", "name": "Steady" } ], "domainTypes": [ { "id": 1, "key": "thermal", "name": "Thermal", "properties": [ { "key": "qVol", "name": "Volume heat source", "symbol": "F", "units": "\\frac{W}{m^3}", "baseUnit": "siHeatSource", "default": 0, "valueTypes": [ "scalar", "table" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false }, { "id": 2, "key": "time", "name": "Time", "symbol": "t", "units": "s", "baseUnit": "siTime" } ], "hidden": true }, { "key": "_velocityEffects", "name": "Motion", "default": false, "style": "checkbox", "hidden": true }, { "key": "Velocity_x", "name": "Velocity X component", "symbol": "U_X", "units": "\\frac{m}{s}", "baseUnit": "siVelocity", "default": 0, "valueTypes": [ "scalar", "table" ], "arguments": [ { "id": 2, "key": "time", "name": "Time", "symbol": "t", "units": "s", "baseUnit": "siTime" } ], "sendAlways": true, "relevance": [ { "key": "_velocityEffects", "value": true } ], "hidden": true }, { "key": "Velocity_y", "name": "Velocity Y component", "symbol": "U_Y", "units": "\\frac{m}{s}", "baseUnit": "siVelocity", "default": 0, "valueTypes": [ "scalar", "table" ], "arguments": [ { "id": 2, "key": "time", "name": "Time", "symbol": "t", "units": "s", "baseUnit": "siTime" } ], "sendAlways": true, "relevance": [ { "key": "_velocityEffects", "value": true } ], "hidden": true }, { "key": "Velocity_z", "name": "Velocity Z component", "symbol": "U_Z", "units": "\\frac{m}{s}", "baseUnit": "siVelocity", "default": 0, "valueTypes": [ "scalar", "table" ], "arguments": [ { "id": 2, "key": "time", "name": "Time", "symbol": "t", "units": "s", "baseUnit": "siTime" } ], "sendAlways": true, "relevance": [ { "key": "_velocityEffects", "value": true } ], "hidden": true }, { "key": "Omega_Z", "name": "Angular velocity around Z axis", "symbol": "\\Omega_Z", "units": "\\frac{rad}{s}", "baseUnit": "siAngularVelocity", "default": 0, "sendAlways": true, "relevance": [ { "key": "_velocityEffects", "value": true }, { "key": "dimensions", "value": 3 } ], "hidden": true } ], "boundaryTypes": [ { "id": 1, "key": "fixed", "name": "Fixed temperature", "description": "Fixed temperature at the surface", "properties": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false } ] }, { "id": 2, "key": "flux", "name": "Heat flux", "description": "Define heat flux density at the surface", "properties": [ { "key": "qSurf", "name": "Heat Flux", "symbol": "q", "units": "\\frac{W}{m^2}", "baseUnit": "siHeatFlux", "valueTypes": [ "scalar", "table", "expression" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false }, { "id": 2, "key": "time", "name": "Time", "symbol": "t", "units": "s", "baseUnit": "siTime" } ] } ] }, { "id": 3, "key": "convection", "name": "Convection", "description": "Convective heat transfer\n\\( q = h (T-T_{amb}) \\)\nRead article 'Heat Exchange' in Cenos Documentation for more information", "properties": [ { "id": 1, "key": "tref", "name": "Ambient temperature", "symbol": "T_{amb}", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false, "default": 22 }, { "key": "h", "name": "Heat Transfer Coefficient", "symbol": "h", "units": "\\frac{W}{m^2 K}", "baseUnit": "siNone", "min": 0, "minExclude": false, "valueTypes": [ "scalar", "table", "expression" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false }, { "id": 2, "key": "time", "name": "Time", "symbol": "t", "units": "s", "baseUnit": "siTime" } ] } ] }, { "id": 4, "key": "radiation", "name": "Radiation", "description": "Thermal radiation to ambient temperature:\nheat flux \\( q = \\sigma_{SB} \\epsilon (T^4 - T_{amb}^4) \\)", "properties": [ { "id": 1, "key": "tref", "name": "Ambient temperature", "symbol": "T_{amb}", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false, "default": 22 }, { "key": "hr", "name": "Emissivity", "symbol": "\\epsilon", "units": "-", "baseUnit": "siNone", "min": 0, "minExclude": false, "valueTypes": [ "scalar", "table", "expression" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false } ] }, { "key": "_radiation", "name": "Radiation", "default": true, "style": "checkbox", "sendAlways": true, "hidden": true } ] }, { "id": 5, "key": "combined", "name": "Combined", "description": "Allows defining multiple conditions at the surface", "properties": [ { "key": "_blocker_if_no_checkbox_selected", "hidden": true, "default": false, "sendAlways": true, "relevance": [ { "key": "_convection", "value": false }, { "key": "_radiation", "value": false }, { "key": "_flux", "value": false }, { "key": "_flow", "value": false } ] }, { "id": 1, "key": "tref", "name": "Ambient temperature", "symbol": "T_{amb}", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false, "sendAlways": true, "default": 22, "relevance": [ { "key": "_convection", "value": true }, { "key": "_radiation", "value": false } ] }, { "id": 1, "key": "tref", "name": "Ambient temperature", "symbol": "T_{amb}", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false, "sendAlways": true, "default": 22, "relevance": [ { "key": "_convection", "value": false }, { "key": "_radiation", "value": true } ] }, { "id": 1, "key": "tref", "name": "Ambient temperature", "symbol": "T_{amb}", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false, "sendAlways": true, "default": 22, "relevance": [ { "key": "_convection", "value": true }, { "key": "_radiation", "value": true } ] }, { "key": "_convection", "name": "Convection", "default": false, "style": "checkbox" }, { "key": "h", "name": "Heat Transfer Coefficient", "symbol": "h", "units": "\\frac{W}{m^2 K}", "baseUnit": "siNone", "min": 0, "minExclude": false, "valueTypes": [ "scalar", "table", "expression" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false }, { "id": 2, "key": "time", "name": "Time", "symbol": "t", "units": "s", "baseUnit": "siTime" } ], "sendAlways": false, "relevance": [ { "key": "_convection", "value": true } ] }, { "key": "h_", "name": "Heat Transfer Coefficient", "symbol": "h", "units": "\\frac{W}{m^2 K}", "baseUnit": "siNone", "min": 0, "minExclude": false, "valueTypes": [ "scalar", "table", "expression" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false }, { "id": 2, "key": "time", "name": "Time", "symbol": "t", "units": "s", "baseUnit": "siTime" } ], "hidden": true, "sendAlways": false, "default": 0, "relevance": [ { "key": "_convection", "value": false } ] }, { "key": "_radiation", "name": "Radiation", "default": false, "style": "checkbox" }, { "key": "hr", "name": "Emissivity", "symbol": "\\epsilon", "units": "-", "baseUnit": "siNone", "min": 0, "minExclude": false, "valueTypes": [ "scalar", "table", "expression" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false } ], "sendAlways": false, "relevance": [ { "key": "_radiation", "value": true } ] }, { "key": "hr_", "name": "Emissivity", "symbol": "\\epsilon", "units": "-", "baseUnit": "siNone", "min": 0, "minExclude": false, "valueTypes": [ "scalar", "table", "expression" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false } ], "hidden": true, "sendAlways": false, "default": 0, "relevance": [ { "key": "_radiation", "value": false } ] }, { "key": "_flux", "name": "Heat Flux", "default": false, "style": "checkbox", "incompatibleWith": [ "_flow" ] }, { "key": "qSurf", "name": "Heat Flux", "symbol": "q", "units": "\\frac{W}{m^2}", "baseUnit": "siHeatFlux", "valueTypes": [ "scalar", "table", "expression" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false }, { "id": 2, "key": "time", "name": "Time", "symbol": "t", "units": "s", "baseUnit": "siTime" } ], "sendAlways": false, "relevance": [ { "key": "_flux", "value": true } ] }, { "key": "qSurf_", "name": "Heat Flux", "symbol": "q", "units": "\\frac{W}{m^2}", "baseUnit": "siHeatFlux", "sendAlways": false, "hidden": true, "default": 0, "relevance": [ { "key": "_flux", "value": false } ] }, { "key": "_flow", "name": "Heat Flow", "default": false, "hidden": true, "style": "checkbox", "incompatibleWith": [ "_flux" ] }, { "key": "qSurfInt", "name": "Integral Heat Flow", "symbol": "Q", "hidden": true, "units": "W", "baseUnit": "siHeatFlow", "sendAlways": false, "relevance": [ { "key": "_flow", "value": true } ] }, { "key": "qSurfInt_", "name": "Integral Heat Flow", "symbol": "Q", "hidden": true, "units": "W", "baseUnit": "siHeatFlow", "sendAlways": false, "default": 0, "relevance": [ { "key": "_flow", "value": false } ] } ] }, { "id": 7, "key": "adiabatic", "name": "Adiabatic", "description": "Zero incoming and outgoing heat flux condition at the surface", "properties": [ { "key": "qSurf", "name": "Heat Flux", "symbol": "q", "units": "\\frac{W}{m^2}", "baseUnit": "siHeatFlux", "valueTypes": [ "scalar", "table", "expression" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false }, { "id": 2, "key": "time", "name": "Time", "symbol": "t", "units": "s", "baseUnit": "siTime" } ], "default": 0, "sendAlways": true, "hidden": true } ] }, { "id": 8, "key": "interface", "name": "Interface", "description": "Interface", "isInterfaceType": true, "isOuterType": false }, { "id": 9, "key": "resistance_thermal", "name": "Thermal Contact Resistance", "description": "Define contact resistance as thin layer at interface.\nIMPORTANT: The same condition has to be set on both sides.\nResistance can be calculated as \\( d / \\lambda \\)\n(\\( d \\) - thickness, \\( \\lambda \\) - conductivity).", "isInterfaceType": true, "isOuterType": false, "properties": [ { "key": "resistance_thermal", "name": "Thermal Contact Resistance", "symbol": "R", "units": "\\frac{m^2 K}{W}", "baseUnit": "siNone", "min": 0, "minExclude": true } ] } ], "initialConditions": { "properties": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false, "default": 22 } ] }, "material": { "properties": [ { "key": "lambda", "name": "Thermal conductivity", "symbol": "\\lambda", "units": "\\frac{W}{m K}", "baseUnit": "siNone", "min": 0, "minExclude": true, "valueTypes": [ "scalar", "table", "expression" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false } ] }, { "key": "cp", "name": "Heat capacity", "symbol": "c_p", "units": "\\frac{J}{kg K}", "baseUnit": "siNone", "min": 0, "minExclude": true, "valueTypes": [ "scalar", "table" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false } ] }, { "key": "rho", "name": "Density", "symbol": "\\rho", "units": "\\frac{kg}{m^3}", "baseUnit": "siNone", "min": 0, "minExclude": true, "valueTypes": [ "scalar", "table" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false } ] }, { "key": "_maxTempCalculation", "name": "Max Temperature calculation", "default": true, "style": "checkbox", "hidden": true }, { "key": "_phaseCalculation", "name": "Phase calculation", "default": false, "style": "checkbox" }, { "key": "ATemp1", "name": "Austenization start temp.", "symbol": "T_{Ac_1}", "units": "\\degree C", "baseUnit": "siNone", "min": 0, "minExclude": true, "description": "Temperature at which austenite begins to form. If unknown - use Ac1 = Ac3", "relevance": [ { "key": "_phaseCalculation", "value": true } ] }, { "key": "ATemp3", "name": "Fully austenized temp.", "symbol": "T_{Ac_3}", "units": "\\degree C", "baseUnit": "siNone", "min": 0, "minExclude": true, "description": "Austenization temperature; the temperature at which structure is fully austenite", "relevance": [ { "key": "_phaseCalculation", "value": true } ] }, { "key": "MartStart", "name": "Martensite start temp.", "symbol": "T_{Ms}", "units": "\\degree C", "baseUnit": "siNone", "min": 0, "minExclude": true, "description": "Martensite formation start temperature; belove this temperature martensite phase occur", "relevance": [ { "key": "_phaseCalculation", "value": true } ] }, { "key": "StartTime", "name": "Phase change start time", "symbol": "t_s", "units": "s", "baseUnit": "siNone", "min": 0, "minExclude": true, "valueTypes": [ "table" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false } ], "description": "Time data for the C-curve which reprezents the begining of phase change (usually when 1% transformation has happened)", "relevance": [ { "key": "_phaseCalculation", "value": true } ] }, { "key": "EndTime", "name": "Phase change end time", "symbol": "t_e", "units": "s", "baseUnit": "siNone", "min": 0, "minExclude": true, "valueTypes": [ "table" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false } ], "description": "Time data for the C-curve which reprezents the end of phase change (usually when 99% change has happened)", "relevance": [ { "key": "_phaseCalculation", "value": true } ] } ] } } ] } ], "subPhysics": [ { "key": "subPhysicsThermal", "name": "Thermal", "description": "Solves heat transfer equation. Both steady and transient solvers available.", "basisList": [ { "key": "subPhysicsThermalGeneral2D", "basis": { "key": "mesh2D", "name": "2D", "dimensions": 2, "symmetryHeading": "Axial symmetry", "symmetryTypes": [ { "key": "planar", "id": 1, "name": "No", "properties": [ { "key": "depthZ", "name": "Depth in Z direction", "symbol": "L_Z", "units": "m", "baseUnit": "siNone", "default": 1 } ] }, { "key": "axial", "id": 2, "name": "Yes (y axis)", "description": "Y-axis must be the axis of symmetry in geometry/mesh. If it is not so, please go back to pre-processing part, rotate the mesh and save it to CENOS again" } ] }, "physicsList": [ { "key": "subPhysicsThermalGeneral", "name": "Thermal General Physics", "physicsKey": "physicsThermal", "physicsName": "Thermal Analysis", "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false } ], "resultValues": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false }, { "key": "heatflux", "name": "Heat Flux", "symbol": "q", "units": "\\frac{W}{m^2}", "baseUnit": "siHeatFlux" } ], "timeTypes": [ { "id": 2, "key": "transient", "name": "Transient", "arguments": [ { "id": 2, "key": "time", "name": "Time", "symbol": "t", "units": "s", "baseUnit": "siTime" } ], "properties": [ { "id": 2, "key": "tstart", "name": "Initial time", "symbol": "t_0", "units": "s", "baseUnit": "siTime", "default": 0, "hidden": true }, { "id": 2, "key": "tend", "name": "End time", "symbol": "t_1", "units": "s", "baseUnit": "siTime", "min": 0, "minExclude": true }, { "key": "isAdaptive", "name": "Use adaptive time step", "default": false, "style": "checkbox" }, { "id": 2, "key": "tstep", "name": "Calculation time step", "symbol": "\\delta t", "units": "s", "baseUnit": "siTime", "relevance": [ { "key": "isAdaptive", "value": false } ], "min": 0, "minExclude": true, "valueTypes": [ "scalar", "table" ] }, { "key": "sfreq", "name": "Save every n-th time step", "symbol": "n", "units": "", "baseUnit": "siNone", "valueKind": "integer", "hidden": true, "default": 1, "relevance": [ { "key": "isAdaptive", "value": false } ] }, { "key": "initdt", "name": "Initial time step", "symbol": "\\delta t_0", "units": "s", "baseUnit": "siTime", "default": 0.01, "hidden": false, "relevance": [ { "key": "isAdaptive", "value": true } ] }, { "key": "mindt", "name": "Minimal time step", "symbol": "\\delta t_{min}", "units": "s", "baseUnit": "siTime", "default": 1e-8, "hidden": true, "relevance": [ { "key": "isAdaptive", "value": true } ] }, { "key": "maxdt", "name": "Maximal time step", "symbol": "\\delta t_{max}", "units": "s", "baseUnit": "siTime", "default": 100000, "hidden": true, "relevance": [ { "key": "isAdaptive", "value": true } ] }, { "key": "toler1", "name": "Toler1", "symbol": "\\t_{1}", "units": "s", "baseUnit": "siTime", "default": 0.0005, "hidden": true, "sendAlways": true, "relevance": [ { "key": "isAdaptive", "value": true } ] }, { "key": "toler2", "name": "Toler2", "symbol": "\\t_{1}", "units": "s", "baseUnit": "siTime", "default": 1, "hidden": true, "sendAlways": true, "relevance": [ { "key": "isAdaptive", "value": true } ] }, { "key": "hasCalculatedTimeStep", "name": "Has calculated timestep (hidden parameter)", "default": false, "style": "checkbox", "hidden": true }, { "key": "continueFromLast", "name": "Continue from the last time step", "default": false, "style": "checkbox", "relevance": [ { "key": "hasCalculatedTimeStep", "value": true } ] } ] }, { "id": 1, "key": "steady", "name": "Steady" } ], "domainTypes": [ { "id": 1, "key": "thermal", "name": "Thermal", "properties": [ { "key": "qVol", "name": "Volume heat source", "symbol": "F", "units": "\\frac{W}{m^3}", "baseUnit": "siHeatSource", "default": 0, "valueTypes": [ "scalar", "table" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false }, { "id": 2, "key": "time", "name": "Time", "symbol": "t", "units": "s", "baseUnit": "siTime" } ], "hidden": true }, { "key": "_velocityEffects", "name": "Motion", "default": false, "style": "checkbox", "hidden": true }, { "key": "Velocity_x", "name": "Velocity X component", "symbol": "U_X", "units": "\\frac{m}{s}", "baseUnit": "siVelocity", "default": 0, "valueTypes": [ "scalar", "table" ], 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"s", "baseUnit": "siTime" } ] } ] }, { "id": 4, "key": "radiation", "name": "Radiation", "description": "Thermal radiation to ambient temperature:\nheat flux \\( q = \\sigma_{SB} \\epsilon (T^4 - T_{amb}^4) \\)", "properties": [ { "id": 1, "key": "tref", "name": "Ambient temperature", "symbol": "T_{amb}", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false, "default": 22 }, { "key": "hr", "name": "Emissivity", "symbol": "\\epsilon", "units": "-", "baseUnit": "siNone", "min": 0, "minExclude": false, "valueTypes": [ "scalar", "table", "expression" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false } ] }, { "key": "_radiation", "name": "Radiation", "default": true, "style": "checkbox", "sendAlways": true, "hidden": true } ] }, { "id": 5, "key": "combined", "name": "Combined", "description": "Allows defining multiple conditions at 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false, "valueTypes": [ "scalar", "table", "expression" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false }, { "id": 2, "key": "time", "name": "Time", "symbol": "t", "units": "s", "baseUnit": "siTime" } ], "hidden": true, "sendAlways": false, "default": 0, "relevance": [ { "key": "_convection", "value": false } ] }, { "key": "_radiation", "name": "Radiation", "default": false, "style": "checkbox" }, { "key": "hr", "name": "Emissivity", "symbol": "\\epsilon", "units": "-", "baseUnit": "siNone", "min": 0, "minExclude": false, "valueTypes": [ "scalar", "table", "expression" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false } ], "sendAlways": false, "relevance": [ { "key": "_radiation", "value": true } ] }, { "key": "hr_", "name": "Emissivity", "symbol": "\\epsilon", "units": "-", "baseUnit": "siNone", "min": 0, "minExclude": false, "valueTypes": [ "scalar", "table", "expression" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false } ], "hidden": true, "sendAlways": false, "default": 0, "relevance": [ { "key": "_radiation", "value": false } ] }, { "key": "_flux", "name": "Heat Flux", "default": false, "style": "checkbox", "incompatibleWith": [ "_flow" ] }, { "key": "qSurf", "name": "Heat Flux", "symbol": "q", "units": "\\frac{W}{m^2}", "baseUnit": "siHeatFlux", "valueTypes": [ "scalar", "table", "expression" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false }, { "id": 2, "key": "time", "name": "Time", "symbol": "t", "units": "s", "baseUnit": "siTime" } ], 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"name": "Heat Flux", "symbol": "q", "units": "\\frac{W}{m^2}", "baseUnit": "siHeatFlux", "valueTypes": [ "scalar", "table", "expression" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false }, { "id": 2, "key": "time", "name": "Time", "symbol": "t", "units": "s", "baseUnit": "siTime" } ], "default": 0, "sendAlways": true, "hidden": true } ] }, { "id": 8, "key": "interface", "name": "Interface", "description": "Interface", "isInterfaceType": true, "isOuterType": false }, { "id": 9, "key": "resistance_thermal", "name": "Thermal Contact Resistance", "description": "Define contact resistance as thin layer at interface.\nIMPORTANT: The same condition has to be set on both sides.\nResistance can be calculated as \\( d / \\lambda \\)\n(\\( d \\) - thickness, \\( \\lambda \\) - conductivity).", "isInterfaceType": true, "isOuterType": false, "properties": [ { "key": "resistance_thermal", "name": "Thermal Contact Resistance", "symbol": "R", "units": "\\frac{m^2 K}{W}", "baseUnit": "siNone", "min": 0, "minExclude": true } ] } ], "initialConditions": { "properties": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false, "default": 22 } ] }, "material": { "properties": [ { "key": "lambda", "name": "Thermal conductivity", "symbol": "\\lambda", "units": "\\frac{W}{m K}", "baseUnit": "siNone", "min": 0, "minExclude": true, "valueTypes": [ "scalar", "table", "expression" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false } ] }, { "key": "cp", "name": "Heat capacity", "symbol": "c_p", "units": "\\frac{J}{kg K}", "baseUnit": "siNone", "min": 0, "minExclude": true, "valueTypes": [ "scalar", "table" ], "arguments": [ { "id": 1, 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If unknown - use Ac1 = Ac3", "relevance": [ { "key": "_phaseCalculation", "value": true } ] }, { "key": "ATemp3", "name": "Fully austenized temp.", "symbol": "T_{Ac_3}", "units": "\\degree C", "baseUnit": "siNone", "min": 0, "minExclude": true, "description": "Austenization temperature; the temperature at which structure is fully austenite", "relevance": [ { "key": "_phaseCalculation", "value": true } ] }, { "key": "MartStart", "name": "Martensite start temp.", "symbol": "T_{Ms}", "units": "\\degree C", "baseUnit": "siNone", "min": 0, "minExclude": true, "description": "Martensite formation start temperature; belove this temperature martensite phase occur", "relevance": [ { "key": "_phaseCalculation", "value": true } ] }, { "key": "StartTime", "name": "Phase change start time", "symbol": "t_s", "units": "s", "baseUnit": "siNone", "min": 0, "minExclude": true, "valueTypes": [ "table" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": 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{ "key": "full", "id": 3, "name": "Full 3D model" }, { "key": "slice", "id": 4, "name": "Slice", "properties": [ { "key": "symmetryFactor", "name": "Slice angle", "symbol": "\\alpha", "units": "-", "baseUnit": "siNone", "default": 360, "min": 0, "minExclude": true, "max": 360, "maxExclude": false } ] } ] }, "physicsList": [ { "key": "subPhysicsThermalGeneral", "name": "Thermal General Physics", "physicsKey": "physicsThermal", "physicsName": "Thermal Analysis", "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false } ], "resultValues": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false }, { "key": "heatflux", "name": "Heat Flux", "symbol": "q", "units": "\\frac{W}{m^2}", "baseUnit": "siHeatFlux" } ], "timeTypes": [ { "id": 2, "key": "transient", "name": "Transient", "arguments": [ { "id": 2, "key": "time", "name": "Time", "symbol": "t", "units": "s", "baseUnit": "siTime" } ], "properties": [ { "id": 2, "key": "tstart", "name": "Initial time", "symbol": "t_0", "units": "s", "baseUnit": "siTime", "default": 0, "hidden": true }, { "id": 2, "key": "tend", "name": "End time", "symbol": "t_1", "units": "s", "baseUnit": "siTime", "min": 0, "minExclude": true }, { "key": "isAdaptive", "name": "Use adaptive time step", "default": false, "style": "checkbox" }, { "id": 2, "key": "tstep", "name": "Calculation time step", "symbol": "\\delta t", "units": "s", "baseUnit": "siTime", "relevance": [ { "key": "isAdaptive", "value": false } ], "min": 0, "minExclude": true, "valueTypes": [ "scalar", "table" ] }, { "key": "sfreq", "name": "Save every n-th time step", "symbol": "n", "units": "", "baseUnit": "siNone", "valueKind": "integer", "hidden": true, "default": 1, "relevance": [ { "key": "isAdaptive", "value": false } ] }, { "key": "initdt", "name": 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"key": "hasCalculatedTimeStep", "name": "Has calculated timestep (hidden parameter)", "default": false, "style": "checkbox", "hidden": true }, { "key": "continueFromLast", "name": "Continue from the last time step", "default": false, "style": "checkbox", "relevance": [ { "key": "hasCalculatedTimeStep", "value": true } ] } ] }, { "id": 1, "key": "steady", "name": "Steady" } ], "domainTypes": [ { "id": 1, "key": "thermal", "name": "Thermal", "properties": [ { "key": "qVol", "name": "Volume heat source", "symbol": "F", "units": "\\frac{W}{m^3}", "baseUnit": "siHeatSource", "default": 0, "valueTypes": [ "scalar", "table" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false }, { "id": 2, "key": "time", "name": "Time", "symbol": "t", "units": "s", "baseUnit": "siTime" } ], "hidden": true }, { "key": "_velocityEffects", "name": "Motion", "default": false, "style": 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2, "key": "time", "name": "Time", "symbol": "t", "units": "s", "baseUnit": "siTime" } ], "sendAlways": true, "relevance": [ { "key": "_velocityEffects", "value": true } ], "hidden": true }, { "key": "Omega_Z", "name": "Angular velocity around Z axis", "symbol": "\\Omega_Z", "units": "\\frac{rad}{s}", "baseUnit": "siAngularVelocity", "default": 0, "sendAlways": true, "relevance": [ { "key": "_velocityEffects", "value": true }, { "key": "dimensions", "value": 3 } ], "hidden": true } ], "boundaryTypes": [ { "id": 1, "key": "fixed", "name": "Fixed temperature", "description": "Fixed temperature at the surface", "properties": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false } ] }, { "id": 2, "key": "flux", "name": "Heat flux", "description": "Define heat flux density at the surface", "properties": [ { "key": "qSurf", "name": "Heat Flux", "symbol": "q", "units": "\\frac{W}{m^2}", "baseUnit": "siHeatFlux", "valueTypes": [ "scalar", "table", "expression" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false }, { "id": 2, "key": "time", "name": "Time", "symbol": "t", "units": "s", "baseUnit": "siTime" } ] } ] }, { "id": 3, "key": "convection", "name": "Convection", "description": "Convective heat transfer\n\\( q = h (T-T_{amb}) \\)\nRead article 'Heat Exchange' in Cenos Documentation for more information", "properties": [ { "id": 1, "key": "tref", "name": "Ambient temperature", "symbol": "T_{amb}", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false, "default": 22 }, { "key": "h", "name": "Heat Transfer Coefficient", "symbol": "h", "units": "\\frac{W}{m^2 K}", "baseUnit": "siNone", "min": 0, "minExclude": false, "valueTypes": [ "scalar", "table", "expression" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false }, { "id": 2, "key": "time", "name": "Time", "symbol": "t", "units": "s", "baseUnit": "siTime" } ] } ] }, { "id": 4, "key": "radiation", "name": "Radiation", "description": "Thermal radiation to ambient temperature:\nheat flux \\( q = \\sigma_{SB} \\epsilon (T^4 - T_{amb}^4) \\)", "properties": [ { "id": 1, "key": "tref", "name": "Ambient temperature", "symbol": "T_{amb}", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false, "default": 22 }, { "key": "hr", "name": "Emissivity", "symbol": "\\epsilon", "units": "-", "baseUnit": "siNone", "min": 0, "minExclude": false, "valueTypes": [ "scalar", "table", "expression" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false } ] }, { "key": "_radiation", "name": "Radiation", "default": true, "style": "checkbox", "sendAlways": true, "hidden": true } ] }, { "id": 5, "key": "combined", "name": "Combined", "description": "Allows defining multiple conditions at the surface", "properties": [ { "key": "_blocker_if_no_checkbox_selected", "hidden": true, "default": false, "sendAlways": true, "relevance": [ { "key": "_convection", "value": false }, { "key": "_radiation", "value": false }, { "key": "_flux", "value": false }, { "key": "_flow", "value": false } ] }, { "id": 1, "key": "tref", "name": "Ambient temperature", "symbol": "T_{amb}", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false, "sendAlways": true, "default": 22, "relevance": [ { "key": "_convection", "value": true }, { "key": "_radiation", "value": false } ] }, { "id": 1, "key": "tref", "name": "Ambient temperature", "symbol": "T_{amb}", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false, "sendAlways": true, "default": 22, "relevance": [ { "key": "_convection", "value": false }, { "key": "_radiation", "value": true } ] }, { "id": 1, "key": "tref", "name": "Ambient temperature", "symbol": "T_{amb}", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false, "sendAlways": true, "default": 22, "relevance": [ { "key": "_convection", "value": true }, { "key": "_radiation", "value": true } ] }, { "key": "_convection", "name": "Convection", "default": false, "style": "checkbox" }, { "key": "h", "name": "Heat Transfer Coefficient", "symbol": "h", "units": "\\frac{W}{m^2 K}", "baseUnit": "siNone", "min": 0, "minExclude": false, "valueTypes": [ "scalar", "table", "expression" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false }, { "id": 2, "key": "time", "name": "Time", "symbol": "t", "units": "s", "baseUnit": "siTime" } ], "sendAlways": false, "relevance": [ { "key": "_convection", "value": true } ] }, { "key": "h_", "name": "Heat Transfer Coefficient", "symbol": "h", "units": "\\frac{W}{m^2 K}", "baseUnit": "siNone", "min": 0, "minExclude": false, "valueTypes": [ "scalar", "table", "expression" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false }, { "id": 2, "key": "time", "name": "Time", "symbol": "t", "units": "s", "baseUnit": "siTime" } ], "hidden": true, "sendAlways": false, "default": 0, "relevance": [ { "key": "_convection", "value": false } ] }, { "key": "_radiation", "name": "Radiation", "default": false, "style": "checkbox" }, { "key": "hr", "name": "Emissivity", "symbol": "\\epsilon", "units": "-", "baseUnit": "siNone", "min": 0, "minExclude": false, "valueTypes": [ "scalar", "table", "expression" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false } ], "sendAlways": false, "relevance": [ { "key": "_radiation", "value": true } ] }, { "key": "hr_", "name": "Emissivity", "symbol": "\\epsilon", "units": "-", "baseUnit": "siNone", "min": 0, "minExclude": false, "valueTypes": [ "scalar", "table", "expression" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false } ], "hidden": true, "sendAlways": false, "default": 0, "relevance": [ { "key": "_radiation", "value": false } ] }, { "key": "_flux", "name": "Heat Flux", "default": false, "style": "checkbox", "incompatibleWith": [ "_flow" ] }, { "key": "qSurf", "name": "Heat Flux", "symbol": "q", "units": "\\frac{W}{m^2}", "baseUnit": "siHeatFlux", "valueTypes": [ "scalar", "table", "expression" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false }, { "id": 2, "key": "time", "name": "Time", "symbol": "t", "units": "s", "baseUnit": "siTime" } ], "sendAlways": false, "relevance": [ { "key": "_flux", "value": true } ] }, { "key": "qSurf_", "name": "Heat Flux", "symbol": "q", "units": "\\frac{W}{m^2}", "baseUnit": "siHeatFlux", "sendAlways": false, "hidden": true, "default": 0, "relevance": [ { "key": "_flux", "value": false } ] }, { "key": "_flow", "name": "Heat Flow", "default": false, "hidden": true, "style": "checkbox", "incompatibleWith": [ "_flux" ] }, { "key": "qSurfInt", "name": "Integral Heat Flow", "symbol": "Q", "hidden": true, "units": "W", "baseUnit": "siHeatFlow", "sendAlways": false, "relevance": [ { "key": "_flow", "value": true } ] }, { "key": "qSurfInt_", "name": "Integral Heat Flow", "symbol": "Q", "hidden": true, "units": "W", "baseUnit": "siHeatFlow", "sendAlways": false, "default": 0, "relevance": [ { "key": "_flow", "value": false } ] } ] }, { "id": 7, "key": "adiabatic", "name": "Adiabatic", "description": "Zero incoming and outgoing heat flux condition at the surface", "properties": [ { "key": "qSurf", "name": "Heat Flux", "symbol": "q", "units": "\\frac{W}{m^2}", "baseUnit": "siHeatFlux", "valueTypes": [ "scalar", "table", "expression" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false }, { "id": 2, "key": "time", "name": "Time", "symbol": "t", "units": "s", "baseUnit": "siTime" } ], "default": 0, "sendAlways": true, "hidden": true } ] }, { "id": 8, "key": "interface", "name": "Interface", "description": "Interface", "isInterfaceType": true, "isOuterType": false }, { "id": 9, "key": "resistance_thermal", "name": "Thermal Contact Resistance", "description": "Define contact resistance as thin layer at interface.\nIMPORTANT: The same condition has to be set on both sides.\nResistance can be calculated as \\( d / \\lambda \\)\n(\\( d \\) - thickness, \\( \\lambda \\) - conductivity).", "isInterfaceType": true, "isOuterType": false, "properties": [ { "key": "resistance_thermal", "name": "Thermal Contact Resistance", "symbol": "R", "units": "\\frac{m^2 K}{W}", "baseUnit": "siNone", "min": 0, "minExclude": true } ] } ], "initialConditions": { "properties": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false, "default": 22 } ] }, "material": { "properties": [ { "key": "lambda", "name": "Thermal conductivity", "symbol": "\\lambda", "units": "\\frac{W}{m K}", "baseUnit": "siNone", "min": 0, "minExclude": true, "valueTypes": [ "scalar", "table", "expression" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false } ] }, { "key": "cp", "name": "Heat capacity", "symbol": "c_p", "units": "\\frac{J}{kg K}", "baseUnit": "siNone", "min": 0, "minExclude": true, "valueTypes": [ "scalar", "table" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false } ] }, { "key": "rho", "name": "Density", "symbol": "\\rho", "units": "\\frac{kg}{m^3}", "baseUnit": "siNone", "min": 0, "minExclude": true, "valueTypes": [ "scalar", "table" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false } ] }, { "key": "_maxTempCalculation", "name": "Max Temperature calculation", "default": true, "style": "checkbox", "hidden": true }, { "key": "_phaseCalculation", "name": "Phase calculation", "default": false, "style": "checkbox" }, { "key": "ATemp1", "name": "Austenization start temp.", "symbol": "T_{Ac_1}", "units": "\\degree C", "baseUnit": "siNone", "min": 0, "minExclude": true, "description": "Temperature at which austenite begins to form. If unknown - use Ac1 = Ac3", "relevance": [ { "key": "_phaseCalculation", "value": true } ] }, { "key": "ATemp3", "name": "Fully austenized temp.", "symbol": "T_{Ac_3}", "units": "\\degree C", "baseUnit": "siNone", "min": 0, "minExclude": true, "description": "Austenization temperature; the temperature at which structure is fully austenite", "relevance": [ { "key": "_phaseCalculation", "value": true } ] }, { "key": "MartStart", "name": "Martensite start temp.", "symbol": "T_{Ms}", "units": "\\degree C", "baseUnit": "siNone", "min": 0, "minExclude": true, "description": "Martensite formation start temperature; belove this temperature martensite phase occur", "relevance": [ { "key": "_phaseCalculation", "value": true } ] }, { "key": "StartTime", "name": "Phase change start time", "symbol": "t_s", "units": "s", "baseUnit": "siNone", "min": 0, "minExclude": true, "valueTypes": [ "table" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false } ], "description": "Time data for the C-curve which reprezents the begining of phase change (usually when 1% transformation has happened)", "relevance": [ { "key": "_phaseCalculation", "value": true } ] }, { "key": "EndTime", "name": "Phase change end time", "symbol": "t_e", "units": "s", "baseUnit": "siNone", "min": 0, "minExclude": true, "valueTypes": [ "table" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false } ], "description": "Time data for the C-curve which reprezents the end of phase change (usually when 99% change has happened)", "relevance": [ { "key": "_phaseCalculation", "value": true } ] } ] } } ] } ] } ] } ] }, { "key": "physicsElectromagnetics", "name": "Electromagnetics", "description": null, "arguments": [ { "id": 3, "key": "magflux", "name": "Magnetic Flux Density", "symbol": "B", "units": "T", "baseUnit": "siTesla" } ], "physicalProperties": [ { "id": 3, "key": "Jheat", "name": "Joule heat", "symbol": "Q", "units": "\\frac{W}{m^3}", "baseUnit": "siHeatSource" }, { "id": 3, "key": "Bfield", "name": "Magnetic Flux Density", "symbol": "B", "units": "T", "baseUnit": "siTesla" }, { "id": 3, "key": "Bfield_re", "name": "Magnetic field intensity (Re)", "symbol": "B", "units": "T", "baseUnit": "siTesla", "components": 3 }, { "id": 3, "key": "Bfield_im", "name": "Magnetic field intensity (Im)", "symbol": "B", "units": "T", "baseUnit": "siTesla", "components": 3 }, { "key": "CurrDens", "name": "Current density", "symbol": "J", "units": "\\frac{A}{m^2}", "baseUnit": "siCurrentDensity" }, { "key": "CurrDens_re", "name": "Current density (Re)", "symbol": "J", "units": "\\frac{A}{m^2}", "baseUnit": "siCurrentDensity", "components": 3 }, { "key": "CurrDens_im", "name": "Current density (Im)", "symbol": "J", "units": "\\frac{A}{m^2}", "baseUnit": "siCurrentDensity", "components": 3 }, { "key": "MagneticVectorPotential", "name": "Vector potential", "symbol": "A", "units": "T/m", "baseUnits": "siMagneticVectorPotential", "default": 0, "hidden": true }, { "key": "MagneticVectorPotential_2D", "name": "Vector potential Z", "symbol": "A_z", "units": "T/m", "baseUnits": "siMagneticVectorPotential", "default": 0, "hidden": true }, { "key": "Lin2D", "name": "Dummy line", "default": 1, "hidden": true }, { "key": "Lin3D", "name": "Dummy line", "default": 1, "hidden": true }, { "key": "ElectricScalarPotential", "name": "Electric Scalar Potential", "symbol": "\\phi", "baseUnits": "siVolt", "default": 0, "hidden": true }, { "key": "volt", "name": "Voltage", "symbol": "U", "units": "V", "default": 0, "baseUnits": "siVolt" }, { "key": "volt_re", "name": "Electric scalar potential (Re)", "symbol": "U", "units": "V", "default": 0, "baseUnits": "siVolt", "components": 3 }, { "key": "volt_im", "name": "Electric scalar potential (Im)", "symbol": "U", "units": "V", "default": 0, "baseUnits": "siVolt", "components": 3 }, { "key": "I_3D", "name": "Current (Amplitude)", "symbol": "I", "units": "A", "baseUnits": "siAmpere" }, { "key": "target_power", "name": "Power", "symbol": "P", "units": "W", "baseUnits": "siW" }, { "units": "-", "baseUnits": "siNone" }, { "key": "mu", "name": "Magnetic permeability", "symbol": "\\mu_r", "units": "-", "baseUnits": "siNone", "min": 0, "minExclude": true, "valueTypes": [ "scalar", "table", "expression" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false } ] }, { "key": "br", "name": "Magnet Remanence", "symbol": "B_r", "units": "T", "baseUnits": "siMagneticFluxDensity", "min": 0, "minExclude": false }, { "key": "sigma", "name": "Electric conductivity", "symbol": "\\sigma", "units": "\\frac{S}{m}", "baseUnits": "siSimensOnMeter", "min": 0, "minExclude": false, "valueTypes": [ "scalar", "table", "expression" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false } ] }, { "key": "resistance_electric", "name": "Electric contact resistance", "symbol": "R", "units": "\\Omega m^2", "baseUnit": "siNone", "min": 0, "minExclude": true }, { "key": "direction", "name": "Rotation direction (only sign of value is used)", "symbol": "-", "units": "-", "baseUnits": "siNone" }, { "key": "isVoltageSource", "name": "Voltage source", "default": false, "style": "checkbox", "incompatibleWith": [ "isCurrentSource" ] }, { "key": "isCurrentSource", "name": "Current source", "default": true, "style": "checkbox", "incompatibleWith": [ "isVoltageSource" ] }, { "key": "area", "name": "Area", "symbol": "A", "units": "m^2", "baseUnit": "siNone" }, { "key": "windings", "name": "Number of turns", "symbol": "N", "units": "-", "baseUnit": "siNone", "type": "integer" }, { "name": "Fill Factor", "symbol": "f", "units": "-", "baseUnit": "siNone", "min": 0, "minExclude": true, "max": 1, "maxExclude": false }, { "key": "volume", "name": "Volume", "symbol": "V", "units": "-", "baseUnit": "siNone" }, { "key": "useSteinmetzLosses", "name": "Use power losses in non-conducting material", "description": "Steinmetz equation \\( q = k \\times f^a \\times B^b \\)", "default": false, "style": "checkbox", "relevance": [ { "key": "physicsThermal", "value": true } ] }, { "key": "steinmetz_k", "name": "Amplitude for power losses", "symbol": "k", "units": "W cm^-3", "baseUnit": "siNone", "relevance": [ { "key": "physicsThermal", "value": true }, { "key": "useSteinmetzLosses", "value": true } ] }, { "key": "steinmetz_a", "name": "Frequency exponent", "symbol": "a", "units": "-", "baseUnit": "siNone", "relevance": [ { "key": "physicsThermal", "value": true }, { "key": "useSteinmetzLosses", "value": true } ] }, { "key": "steinmetz_b", "name": "Magnetic field exponent", "symbol": "b", "units": "-", "baseUnit": "siNone", "relevance": [ { "key": "physicsThermal", "value": true }, { "key": "useSteinmetzLosses", "value": true } ] } ], "BHModelProperties": [ { "key": "mu", "name": "Magnetic permeability", "symbol": "\\mu_r", "units": "-", "baseUnits": "siNone", "min": 0, "minExclude": true, "valueTypes": [ "scalar", "table", "expression" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false } ], "relevance": [ { "key": "useBHModel", "value": false }, { "key": "useTForMagFlux", "value": false } ] }, { "key": "mu_C", "name": "Magnetic permeability", "symbol": "\\mu_r", "units": "-", "baseUnits": "siNone", "min": 0, "minExclude": true, "valueTypes": [ "scalar", "expression" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false } ], "relevance": [ { "key": "useBHModel", "value": false }, { "key": "useTForMagFlux", "value": true } ] }, { "id": 3, "key": "BHModel", "name": "Magnetic Flux Density", "symbol": "B", "units": "T", "baseUnit": "siTesla", "valueTypes": [ "table" ], "arguments": [ { "key": "magIntensity", "name": "Magnetic field intensity", "symbol": "H", "units": "\\frac{A}{m}", "baseUnit": "siAmperePerMeter", "always": true } ], "relevance": [ { "key": "useBHModel", "value": true } ] }, { "key": "useBHModel", "name": "Use B(H) model", "default": false, "style": "checkbox", "incompatibleWith": [ "useAnalyticBHModel" ] }, { "key": "useTForMagFlux", "name": "Use temperature dependance", "description": "\\( \\mu(T) = 1 + (1 - \\mu_r)(1-(T/T_C)^\\beta) \\)", "default": false, "style": "checkbox", "relevance": [ { "key": "physicsThermal", "value": true } ] }, { "id": 1, "key": "TCurie", "name": "Curie temperature", "symbol": "T_C", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false, "relevance": [ { "key": "physicsThermal", "value": true }, { "key": "useTForMagFlux", "value": true } ] }, { "key": "TCurieExponent", "name": "Exponent", "symbol": "\\beta", "units": "-", "baseUnit": "siNone", "relevance": [ { "key": "physicsThermal", "value": true }, { "key": "useTForMagFlux", "value": true } ] }, { "key": "isHarmonic", "name": "HarmonicFlag", "units": "-", "baseUnit": "siNone", "hidden": true, "relevance": [ { "key": "time", "value": "harmonic" } ] } ], "boundaryTypes": [ { "id": 1, "key": "symm_axis", "name": "Symmetry axis", "description": "Zero vector potential at the axis (axisymmetric only)", "isSymmetryType": true, "properties": [ { "key": "MagneticVectorPotential_2D", "name": "Vector potential Z", "symbol": "A_z", "units": "T/m", "baseUnits": "siMagneticVectorPotential", "default": 0, "hidden": true } ] }, { "id": 2, "key": "flux_parallel", "name": "Flux parallel", "description": "Magnetic field lines are parallel to the boundary", "properties": [ { "key": "MagneticVectorPotential_2D", "name": "Vector potential Z", "symbol": "A_z", "units": "T/m", "baseUnits": "siMagneticVectorPotential", "default": 0, "hidden": true } ] }, { "id": 3, "key": "infinity", "name": "Infinity", "description": "Zero vector potential at outer boundary", "properties": [ { "key": "MagneticVectorPotential_2D", "name": "Vector potential Z", "symbol": "A_z", "units": "T/m", "baseUnits": "siMagneticVectorPotential", "default": 0, "hidden": true } ] }, { "id": 4, "key": "interface", "name": "Interface", "isInterfaceType": true, "isOuterType": false, "description": "Internal face between two domains", "properties": [ { "key": "Lin2D", "name": "Dummy line", "default": 1, "hidden": true } ] }, { "id": 5, "key": "flux_normal", "name": "Flux normal", "description": "Magnetic field lines are normal to the boundary" }, { "id": 6, "key": "sibc", "name": "Surface Impedance", "description": "Surface Impedance Boundary Condition" }, { "id": 1, "key": "infinity", "name": "Infinity", "description": "Zero vector potential at the boundary", "properties": [ { "key": "Gauge", "name": "Vector potential", "symbol": "A", "units": "T/m", "baseUnits": "siMagneticVectorPotential", "default": 0, "hidden": true }, { "key": "MVP_3D", "name": "Vector potential", "symbol": "A", "units": "T/m", "baseUnits": "siMagneticVectorPotential", "default": 0, "hidden": true } ] }, { "id": 2, "key": "flux_parallel_cond", "name": "Flux parallel", "description": "Magnetic field lines are parallel to the boundary", "properties": [ { "key": "MVP_3D", "name": "Vector potential", "symbol": "A", "units": "T/m", "baseUnits": "siMagneticVectorPotential", "default": 0, "hidden": true }, { "key": "Gauge", "name": "Vector potential", "symbol": "A", "units": "T/m", "baseUnits": "siMagneticVectorPotential", "default": 0, "hidden": true }, { "key": "ElPot", "name": "Electric Scalar Potential", "symbol": "\\phi", "baseUnits": "siVolt", "default": 0, "hidden": true } ] }, { "id": 3, "key": "flux_parallel_ncond", "name": "Flux parallel", "description": "Magnetic field lines are parallel to the boundary", "properties": [ { "key": "MVP_3D", "name": "Vector potential", "symbol": "A", "units": "T/m", "baseUnits": "siMagneticVectorPotential", "default": 0, "hidden": true }, { "key": "Gauge", "name": "Vector potential", "symbol": "A", "units": "T/m", "baseUnits": "siMagneticVectorPotential", "default": 0, "hidden": true } ] }, { "id": 4, "key": "flux_normal", "name": "Flux normal", "description": "Magnetic field lines are normal to the boundary" }, { "id": 5, "key": "voltage", "name": "Voltage (Amplitude)", "description": "Voltage source. Amplitude value has to be input\n\\( U_{amplitude} = U_{RMS} * \\sqrt{2}\\)", "properties": [ { "key": "V_3D", "name": "Voltage", "symbol": "U", "units": "V", "default": 0, "baseUnits": "siVolt", "valueTypes": [ "scalar", "table", "expression" ], "arguments": [ { "id": 2, "key": "time", "name": "Time", "symbol": "t", "units": "s", "baseUnit": "siTime" } ] }, { "key": "Gauge", "name": "Vector potential", "symbol": "A", "units": "T/m", "baseUnits": "siMagneticVectorPotential", "default": 0, "hidden": true } ] }, { "id": 6, "key": "power", "name": "Power", "properties": [ { "key": "I_3D", "name": "Current (Amplitude)", "symbol": "I", "units": "A", "baseUnits": "siAmpere", "default": 1, "hidden": true }, { "key": "Gauge", "name": "Vector potential", "symbol": "A", "units": "T/m", "baseUnits": "siMagneticVectorPotential", "default": 0, "hidden": true }, { "key": "target_power", "name": "Power", "symbol": "P", "units": "W", "baseUnits": "siW", "valueTypes": [ "scalar", "table", "expression" ], "arguments": [ { "id": 2, "key": "time", "name": "Time", "symbol": "t", "units": "s", "baseUnit": "siTime" } ] } ] }, { "id": 6, "key": "current", "name": "Current (Amplitude)", "description": "Current source. Amplitude value has to be input\n\\( I_{amplitude} = I_{RMS} * \\sqrt{2} \\)", "properties": [ { "key": "I_3D", "name": "Current (Amplitude)", "symbol": "I", "units": "A", "baseUnits": "siAmpere", "valueTypes": [ "scalar", "table", "expression" ], "arguments": [ { "id": 2, "key": "time", "name": "Time", "symbol": "t", "units": "s", "baseUnit": "siTime" } ] }, { "key": "Gauge", "name": "Vector potential", "symbol": "A", "units": "T/m", "baseUnits": "siMagneticVectorPotential", "default": 0, "hidden": true } ] }, { "id": 7, "key": "ground", "name": "Ground", "properties": [ { "key": "Gauge", "name": "Vector potential", "symbol": "A", "units": "T/m", "baseUnits": "siMagneticVectorPotential", "default": 0, "hidden": true }, { "key": "MVP_3D", "name": "Vector potential", "symbol": "A", "units": "T/m", "baseUnits": "siMagneticVectorPotential", "default": 0, "hidden": true } ] }, { "id": 8, "key": "interface", "name": "Interface", "description": "Internal face between two domains", "isInterfaceType": true, "isOuterType": false, "properties": [ { "key": "Lin3D", "name": "Dummy line", "default": 1, "hidden": true } ] }, { "id": 9, "key": "sibc", "name": "Surface Impedance", "description": "Surface Impedance Boundary Condition" }, { "id": 11, "key": "current_stranded", "name": "Current", "properties": [ { "key": "I_3D", "name": "Current (Amplitude)", "symbol": "I", "units": "A", "baseUnits": "siAmpere", "hidden": true, "default": 1 }, { "key": "Gauge", "name": "Vector potential", "symbol": "A", "units": "T/m", "baseUnits": "siMagneticVectorPotential", "default": 0, "hidden": true } ] }, { "id": 12, "key": "ground_stranded", "name": "Ground", "properties": [ { "key": "Gauge", "name": "Vector potential", "symbol": "A", "units": "T/m", "baseUnits": "siMagneticVectorPotential", "default": 0, "hidden": true }, { "key": "MVP_3D", "name": "Vector potential", "symbol": "A", "units": "T/m", "baseUnits": "siMagneticVectorPotential", "default": 0, "hidden": true } ] }, { "id": 13, "key": "resistance_electric", "name": "Electric Contact Resistance", "description": "Define contact resistance as thin layer at interface.\nIMPORTANT: The same condition has to be set on both sides.\nResistance can be calculated as \\( d / \\sigma \\)\n(\\( d \\) - thickness, \\( \\sigma \\) - conductivity).", "isInterfaceType": true, "isOuterType": false, "properties": [ { "key": "resistance_electric", "name": "Electric contact resistance", "symbol": "R", "units": "\\Omega m^2", "baseUnit": "siNone", "min": 0, "minExclude": true } ] } ], "domainTypes": [ { "id": 1, "key": "em_nc", "name": "Non-conductive", "material": { "properties": [ { "key": "mu", "name": "Magnetic permeability", "symbol": "\\mu_r", "units": "-", "baseUnits": "siNone", "min": 0, "minExclude": true, "valueTypes": [ "scalar", "table", "expression" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false } ], "relevance": [ { "key": "useBHModel", "value": false }, { "key": "useTForMagFlux", "value": false } ] }, { "id": 3, "key": "BHModel", "name": "Magnetic Flux Density", "symbol": "B", "units": "T", "baseUnit": "siTesla", "valueTypes": [ "table" ], "arguments": [ { "key": "magIntensity", "name": "Magnetic field intensity", "symbol": "H", "units": "\\frac{A}{m}", "baseUnit": "siAmperePerMeter", "always": true } ], "relevance": [ { "key": "useBHModel", "value": true } ] }, { "key": "useBHModel", "name": "Use B(H) model", "default": false, "style": "checkbox", "incompatibleWith": [ "useAnalyticBHModel" ] }, { "key": "useTForMagFlux", "name": "Use temperature dependance", "description": "\\( \\mu(T) = 1 + (1 - \\mu_r)(1-(T/T_C)^\\beta) \\)", "default": false, "style": "checkbox", "relevance": [ { "key": "physicsThermal", "value": true } ] }, { "id": 1, "key": "TCurie", "name": "Curie temperature", "symbol": "T_C", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false, "relevance": [ { "key": "physicsThermal", "value": true }, { "key": "useTForMagFlux", "value": true } ] }, { "key": "TCurieExponent", "name": "Exponent", "symbol": "\\beta", "units": "-", "baseUnit": "siNone", "relevance": [ { "key": "physicsThermal", "value": true }, { "key": "useTForMagFlux", "value": true } ] }, { "key": "TCurieExponent", "name": "Exponent", "symbol": "\\beta", "units": "-", "baseUnit": "siNone", "relevance": [ { "key": "physicsThermal", "value": true }, { "key": "useTForMagFlux", "value": true } ] }, { "key": "useSteinmetzLosses", "name": "Use power losses in non-conducting material", "description": "Steinmetz equation \\( q = k \\times f^a \\times B^b \\)", "default": false, "style": "checkbox", "relevance": [ { "key": "physicsThermal", "value": true } ] }, { "key": "steinmetz_k", "name": "Amplitude for power losses", "symbol": "k", "units": "W cm^-3", "baseUnit": "siNone", "relevance": [ { "key": "physicsThermal", "value": true }, { "key": "useSteinmetzLosses", "value": true } ] }, { "key": "steinmetz_a", "name": "Frequency exponent", "symbol": "a", "units": "-", "baseUnit": "siNone", "relevance": [ { "key": "physicsThermal", "value": true }, { "key": "useSteinmetzLosses", "value": true } ] }, { "key": "steinmetz_b", "name": "Magnetic field exponent", "symbol": "b", "units": "-", "baseUnit": "siNone", "relevance": [ { "key": "physicsThermal", "value": true }, { "key": "useSteinmetzLosses", "value": true } ] } ] } }, { "id": 1, "key": "em_nc", "name": "Non-conductive", "material": { "properties": [ { "key": "mu", "name": "Magnetic permeability", "symbol": "\\mu_r", "units": "-", "baseUnits": "siNone", "min": 0, "minExclude": true, "valueTypes": [ "scalar", "table", "expression" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false } ], "relevance": [ { "key": "useBHModel", "value": false }, { "key": "useTForMagFlux", "value": false } ] }, { "id": 3, "key": "BHModel", "name": "Magnetic Flux Density", "symbol": "B", "units": "T", "baseUnit": "siTesla", "valueTypes": [ "table" ], "arguments": [ { "key": "magIntensity", "name": "Magnetic field intensity", "symbol": "H", "units": "\\frac{A}{m}", "baseUnit": "siAmperePerMeter", "always": true } ], "relevance": [ { "key": "useBHModel", "value": true } ] }, { "key": "useBHModel", "name": "Use B(H) model", "default": false, "style": "checkbox", "incompatibleWith": [ "useAnalyticBHModel" ] }, { "key": "useTForMagFlux", "name": "Use temperature dependance", "description": "\\( \\mu(T) = 1 + (1 - \\mu_r)(1-(T/T_C)^\\beta) \\)", "default": false, "style": "checkbox", "relevance": [ { "key": "physicsThermal", "value": true } ] }, { "id": 1, "key": "TCurie", "name": "Curie temperature", "symbol": "T_C", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false, "relevance": [ { "key": "physicsThermal", "value": true }, { "key": "useTForMagFlux", "value": true } ] }, { "key": "TCurieExponent", "name": "Exponent", "symbol": "\\beta", "units": "-", "baseUnit": "siNone", "relevance": [ { "key": "physicsThermal", "value": true }, { "key": "useTForMagFlux", "value": true } ] }, { "key": "TCurieExponent", "name": "Exponent", "symbol": "\\beta", "units": "-", "baseUnit": "siNone", "relevance": [ { "key": "physicsThermal", "value": true }, { "key": "useTForMagFlux", "value": true } ] }, { "key": "useSteinmetzLosses", "name": "Use power losses in non-conducting material", "description": "Steinmetz equation \\( q = k \\times f^a \\times B^b \\)", "default": false, "style": "checkbox", "relevance": [ { "key": "physicsThermal", "value": true } ] }, { "key": "steinmetz_k", "name": "Amplitude for power losses", "symbol": "k", "units": "W cm^-3", "baseUnit": "siNone", "relevance": [ { "key": "physicsThermal", "value": true }, { "key": "useSteinmetzLosses", "value": true } ] }, { "key": "steinmetz_a", "name": "Frequency exponent", "symbol": "a", "units": "-", "baseUnit": "siNone", "relevance": [ { "key": "physicsThermal", "value": true }, { "key": "useSteinmetzLosses", "value": true } ] }, { "key": "steinmetz_b", "name": "Magnetic field exponent", "symbol": "b", "units": "-", "baseUnit": "siNone", "relevance": [ { "key": "physicsThermal", "value": true }, { "key": "useSteinmetzLosses", "value": true } ] } ] }, "boundaryTypes": [ { "id": 3, "key": "infinity", "name": "Infinity", "description": "Zero vector potential at outer boundary", "properties": [ { "key": "MagneticVectorPotential_2D", "name": "Vector potential Z", "symbol": "A_z", "units": "T/m", "baseUnits": "siMagneticVectorPotential", "default": 0, "hidden": true } ] }, { "id": 2, "key": "flux_parallel", "name": "Flux parallel", "description": "Magnetic field lines are parallel to the boundary", "properties": [ { "key": "MagneticVectorPotential_2D", "name": "Vector potential Z", "symbol": "A_z", "units": "T/m", "baseUnits": "siMagneticVectorPotential", "default": 0, "hidden": true } ] }, { "id": 5, "key": "flux_normal", "name": "Flux normal", "description": "Magnetic field lines are normal to the boundary" }, { "id": 1, "key": "symm_axis", "name": "Symmetry axis", "description": "Zero vector potential at the axis (axisymmetric only)", "isSymmetryType": true, "properties": [ { "key": "MagneticVectorPotential_2D", "name": "Vector potential Z", "symbol": "A_z", "units": "T/m", "baseUnits": "siMagneticVectorPotential", "default": 0, "hidden": true } ] }, { "id": 4, "key": "interface", "name": "Interface", "isInterfaceType": true, "isOuterType": false, "description": "Internal face between two domains", "properties": [ { "key": "Lin2D", "name": "Dummy line", "default": 1, "hidden": true } ] } ] }, { "id": 1, "key": "em_nc", "name": "Non-conductive", "material": { "properties": [ { "key": "mu", "name": "Magnetic permeability", "symbol": "\\mu_r", "units": "-", "baseUnits": "siNone", "min": 0, "minExclude": true, "valueTypes": [ "scalar", "table", "expression" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false } ], "relevance": [ { "key": "useBHModel", "value": false }, { "key": "useTForMagFlux", "value": false } ] }, { "id": 3, "key": "BHModel", "name": "Magnetic Flux Density", "symbol": "B", "units": "T", "baseUnit": "siTesla", "valueTypes": [ "table" ], "arguments": [ { "key": "magIntensity", "name": "Magnetic field intensity", "symbol": "H", "units": "\\frac{A}{m}", "baseUnit": "siAmperePerMeter", "always": true } ], "relevance": [ { "key": "useBHModel", "value": true } ] }, { "key": "useBHModel", "name": "Use B(H) model", "default": false, "style": "checkbox", "incompatibleWith": [ "useAnalyticBHModel" ] }, { "key": "useTForMagFlux", "name": "Use temperature dependance", "description": "\\( \\mu(T) = 1 + (1 - \\mu_r)(1-(T/T_C)^\\beta) \\)", "default": false, "style": "checkbox", "relevance": [ { "key": "physicsThermal", "value": true } ] }, { "id": 1, "key": "TCurie", "name": "Curie temperature", "symbol": "T_C", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false, "relevance": [ { "key": "physicsThermal", "value": true }, { "key": "useTForMagFlux", "value": true } ] }, { "key": "TCurieExponent", "name": "Exponent", "symbol": "\\beta", "units": "-", "baseUnit": "siNone", "relevance": [ { "key": "physicsThermal", "value": true }, { "key": "useTForMagFlux", "value": true } ] }, { "key": "TCurieExponent", "name": "Exponent", "symbol": "\\beta", "units": "-", "baseUnit": "siNone", "relevance": [ { "key": "physicsThermal", "value": true }, { "key": "useTForMagFlux", "value": true } ] }, { "key": "useSteinmetzLosses", "name": "Use power losses in non-conducting material", "description": "Steinmetz equation \\( q = k \\times f^a \\times B^b \\)", "default": false, "style": "checkbox", "relevance": [ { "key": "physicsThermal", "value": true } ] }, { "key": "steinmetz_k", "name": "Amplitude for power losses", "symbol": "k", "units": "W cm^-3", "baseUnit": "siNone", "relevance": [ { "key": "physicsThermal", "value": true }, { "key": "useSteinmetzLosses", "value": true } ] }, { "key": "steinmetz_a", "name": "Frequency exponent", "symbol": "a", "units": "-", "baseUnit": "siNone", "relevance": [ { "key": "physicsThermal", "value": true }, { "key": "useSteinmetzLosses", "value": true } ] }, { "key": "steinmetz_b", "name": "Magnetic field exponent", "symbol": "b", "units": "-", "baseUnit": "siNone", "relevance": [ { "key": "physicsThermal", "value": true }, { "key": "useSteinmetzLosses", "value": true } ] } ] }, "boundaryTypes": [ { "id": 1, "key": "infinity", "name": "Infinity", "description": "Zero vector potential at the boundary", "properties": [ { "key": "Gauge", "name": "Vector potential", "symbol": "A", "units": "T/m", "baseUnits": "siMagneticVectorPotential", "default": 0, "hidden": true }, { "key": "MVP_3D", "name": "Vector potential", "symbol": "A", "units": "T/m", "baseUnits": "siMagneticVectorPotential", "default": 0, "hidden": true } ] }, { "id": 3, "key": "flux_parallel_ncond", "name": "Flux parallel", "description": "Magnetic field lines are parallel to the boundary", "properties": [ { "key": "MVP_3D", "name": "Vector potential", "symbol": "A", "units": "T/m", "baseUnits": "siMagneticVectorPotential", "default": 0, "hidden": true }, { "key": "Gauge", "name": "Vector potential", "symbol": "A", "units": "T/m", "baseUnits": "siMagneticVectorPotential", "default": 0, "hidden": true } ] }, { "id": 4, "key": "flux_normal", "name": "Flux normal", "description": "Magnetic field lines are normal to the boundary" }, { "id": 8, "key": "interface", "name": "Interface", "description": "Internal face between two domains", "isInterfaceType": true, "isOuterType": false, "properties": [ { "key": "Lin3D", "name": "Dummy line", "default": 1, "hidden": true } ] } ] }, { "id": 2, "key": "em_cc", "name": "Conductive", "material": { "properties": [ { "key": "sigma", "name": "Electric conductivity", "symbol": "\\sigma", "units": "\\frac{S}{m}", "baseUnits": "siSimensOnMeter", "min": 0, "minExclude": false, "valueTypes": [ "scalar", "table", "expression" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false } ] }, { "key": "mu", "name": "Magnetic permeability", "symbol": "\\mu_r", "units": "-", "baseUnits": "siNone", "min": 0, "minExclude": true, "valueTypes": [ "scalar", "table", "expression" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false } ], "relevance": [ { "key": "useBHModel", "value": false }, { "key": "useTForMagFlux", "value": false } ] }, { "key": "mu_C", "name": "Magnetic permeability", "symbol": "\\mu_r", "units": "-", "baseUnits": "siNone", "min": 0, "minExclude": true, "valueTypes": [ "scalar", "expression" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false } ], "relevance": [ { "key": "useBHModel", "value": false }, { "key": "useTForMagFlux", "value": true } ] }, { "id": 3, "key": "BHModel", "name": "Magnetic Flux Density", "symbol": "B", "units": "T", "baseUnit": "siTesla", "valueTypes": [ "table" ], "arguments": [ { "key": "magIntensity", "name": "Magnetic field intensity", "symbol": "H", "units": "\\frac{A}{m}", "baseUnit": "siAmperePerMeter", "always": true } ], "relevance": [ { "key": "useBHModel", "value": true } ] }, { "key": "useBHModel", "name": "Use B(H) model", "default": false, "style": "checkbox", "incompatibleWith": [ "useAnalyticBHModel" ] }, { "key": "useTForMagFlux", "name": "Use temperature dependance", "description": "\\( \\mu(T) = 1 + (1 - \\mu_r)(1-(T/T_C)^\\beta) \\)", "default": false, "style": "checkbox", "relevance": [ { "key": "physicsThermal", "value": true } ] }, { "id": 1, "key": "TCurie", "name": "Curie temperature", "symbol": "T_C", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false, "relevance": [ { "key": "physicsThermal", "value": true }, { "key": "useTForMagFlux", "value": true } ] }, { "key": "TCurieExponent", "name": "Exponent", "symbol": "\\beta", "units": "-", "baseUnit": "siNone", "relevance": [ { "key": "physicsThermal", "value": true }, { "key": "useTForMagFlux", "value": true } ] } ] } }, { "id": 2, "key": "em_cc", "name": "Conductive", "material": { "properties": [ { "key": "sigma", "name": "Electric conductivity", "symbol": "\\sigma", "units": "\\frac{S}{m}", "baseUnits": "siSimensOnMeter", "min": 0, "minExclude": false, "valueTypes": [ "scalar", "table", "expression" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false } ] }, { "key": "mu", "name": "Magnetic permeability", "symbol": "\\mu_r", "units": "-", "baseUnits": "siNone", "min": 0, "minExclude": true, "valueTypes": [ "scalar", "table", "expression" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false } ], "relevance": [ { "key": "useBHModel", "value": false }, { "key": "useTForMagFlux", "value": false } ] }, { "key": "mu_C", "name": "Magnetic permeability", "symbol": "\\mu_r", "units": "-", "baseUnits": "siNone", "min": 0, "minExclude": true, "valueTypes": [ "scalar", "expression" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false } ], "relevance": [ { "key": "useBHModel", "value": false }, { "key": "useTForMagFlux", "value": true } ] }, { "id": 3, "key": "BHModel", "name": "Magnetic Flux Density", "symbol": "B", "units": "T", "baseUnit": "siTesla", "valueTypes": [ "table" ], "arguments": [ { "key": "magIntensity", "name": "Magnetic field intensity", "symbol": "H", "units": "\\frac{A}{m}", "baseUnit": "siAmperePerMeter", "always": true } ], "relevance": [ { "key": "useBHModel", "value": true } ] }, { "key": "useBHModel", "name": "Use B(H) model", "default": false, "style": "checkbox", "incompatibleWith": [ "useAnalyticBHModel" ] }, { "key": "useTForMagFlux", "name": "Use temperature dependance", "description": "\\( \\mu(T) = 1 + (1 - \\mu_r)(1-(T/T_C)^\\beta) \\)", "default": false, "style": "checkbox", "relevance": [ { "key": "physicsThermal", "value": true } ] }, { "id": 1, "key": "TCurie", "name": "Curie temperature", "symbol": "T_C", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false, "relevance": [ { "key": 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Amplitude value has to be input\n\\( I_{amplitude} = I_{RMS} * \\sqrt{2} \\)", "properties": [ { "key": "I_3D", "name": "Current (Amplitude)", "symbol": "I", "units": "A", "baseUnits": "siAmpere", "valueTypes": [ "scalar", "table", "expression" ], "arguments": [ { "id": 2, "key": "time", "name": "Time", "symbol": "t", "units": "s", "baseUnit": "siTime" } ] }, { "key": "Gauge", "name": "Vector potential", "symbol": "A", "units": "T/m", "baseUnits": "siMagneticVectorPotential", "default": 0, "hidden": true } ] }, { "id": 7, "key": "ground", "name": "Ground", "properties": [ { "key": "Gauge", "name": "Vector potential", "symbol": "A", "units": "T/m", "baseUnits": "siMagneticVectorPotential", "default": 0, "hidden": true }, { "key": "MVP_3D", "name": "Vector potential", "symbol": "A", "units": "T/m", "baseUnits": "siMagneticVectorPotential", "default": 0, "hidden": true } ] }, { "id": 6, "key": "power", "name": "Power", "properties": [ { "key": "I_3D", "name": "Current (Amplitude)", 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\\)\n(\\( d \\) - thickness, \\( \\sigma \\) - conductivity).", "isInterfaceType": true, "isOuterType": false, "properties": [ { "key": "resistance_electric", "name": "Electric contact resistance", "symbol": "R", "units": "\\Omega m^2", "baseUnit": "siNone", "min": 0, "minExclude": true } ] } ] }, { "id": 3, "key": "source_dom", "name": "Current source", "material": { "properties": [ { "key": "sigma", "name": "Electric conductivity", "symbol": "\\sigma", "units": "\\frac{S}{m}", "baseUnits": "siSimensOnMeter", "min": 0, "minExclude": false, "valueTypes": [ "scalar", "table", "expression" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false } ] }, { "key": "mu", "name": "Magnetic permeability", "symbol": "\\mu_r", "units": "-", "baseUnits": "siNone", "min": 0, "minExclude": true, "valueTypes": [ "scalar", "table", "expression" ], "arguments": [ { "id": 1, "key": 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Steady, and frequency domain solvers available", "basisList": [ { "key": "subPhysicsEMGeneral2D", "basis": { "key": "mesh2D", "name": "2D", "dimensions": 2, "symmetryHeading": "Axial symmetry", "symmetryTypes": [ { "key": "planar", "id": 1, "name": "No", "properties": [ { "key": "depthZ", "name": "Depth in Z direction", "symbol": "L_Z", "units": "m", "baseUnit": "siNone", "default": 1 } ] }, { "key": "axial", "id": 2, "name": "Yes (y axis)", "description": "Y-axis must be the axis of symmetry in geometry/mesh. If it is not so, please go back to pre-processing part, rotate the mesh and save it to CENOS again" } ] }, "name": "Low frequency 2D,", "description": "Solves EM 2D", "physicsList": [ { "key": "subPhysicsEMGeneral2D", "name": "Low frequency 2D", "description": "Solves EM 2D", "physicsKey": "physicsElectromagnetics", "physicsName": "Electromagnetics", "arguments": [ { "id": 3, "key": "magflux", "name": "Magnetic Flux Density", "symbol": "B", "units": "T", "baseUnit": "siTesla" } ], "resultValues": [ { "id": 3, "key": "Jheat", "name": "Joule heat", "symbol": "Q", "units": "\\frac{W}{m^3}", "baseUnit": "siHeatSource" }, { "id": 3, "key": "Bfield", "name": "Magnetic Flux Density", "symbol": "B", "units": "T", "baseUnit": "siTesla" }, { "id": 3, "key": "Bfield_re", "name": "Magnetic field intensity (Re)", "symbol": "B", "units": "T", "baseUnit": "siTesla", "components": 3 }, { "id": 3, "key": "Bfield_im", "name": "Magnetic field intensity (Im)", "symbol": "B", "units": "T", "baseUnit": 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"symbol": "E", "units": "V/m", "default": 0, "baseUnits": "siVoltOnMeter", "hidden": true }, { "key": "phase", "name": "Phase shift angle", "symbol": "\\theta", "units": "deg", "default": 0, "baseUnits": "siAngle", "relevance": [ { "key": "hasPhaseShift", "value": true } ] }, { "key": "hasPhaseShift", "name": "Phase shift", "default": false, "style": "checkbox" } ] }, { "id": 3, "key": "perfectConductor", "name": "Perfect Electric Conductor", "description": "Electric field is perpendicular to this boundary", "isInterfaceType": true, "isOuterType": true, "properties": [ { "key": "Efield", "name": "Electric field", "symbol": "E", "units": "V/m", "default": 0, "baseUnits": "siVoltOnMeter", "hidden": true } ] }, { "id": 4, "key": "radiationBoundary", "name": "Radiation Boundary", "description": "Silver-Muller absorbing condition, prevents reflection", "properties": null }, { "id": 5, "key": "interface", "name": "Interface", "isInterfaceType": true, "isOuterType": false }, { "id": 7, "key": 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"siSimensOnMeter", "min": 0, "minExclude": false } ] } } ] } ] } ] } ] } ] }, { "key": "physicsFluidDynamics", "name": "Fluid Dynamics", "description": null, "arguments": null, "physicalProperties": [ { "key": "velocity", "name": "Velocity", "symbol": "U", "units": "m/s", "baseUnit": "siVelocity" }, { "key": "pressure", "name": "Pressure", "symbol": "p", "units": "Pa", "baseUnit": "siPressure" }, { "key": "nu", "name": "Viscosity", "symbol": "\\nu", "units": "\\frac{m}{s^2}", "baseUnit": "siViscosity", "min": 0, "minExclude": false }, { "key": "rho", "name": "Density", "symbol": "\\rho", "units": "\\frac{kg}{m^3}", "baseUnits": "siDensity", "min": 0, "minExclude": false } ], "boundaryTypes": [ { "id": 1, "key": "inlet", "name": "Inlet", "description": "Inlet boundary condition", "properties": [ { "key": "velocity_x", "name": "Velocity X", "symbol": "U", "units": "m/s", "baseUnit": "siVelocity" }, { "key": "velocity_y", "name": "Velocity Y", "symbol": "U", "units": "m/s", "baseUnit": "siVelocity" }, { "key": "velocity_z", "name": "Velocity Z", "symbol": "U", "units": "m/s", "baseUnit": "siVelocity" } ] }, { "id": 2, "key": "outlet", "name": "Outlet", "description": "Outlet boundary condition", "properties": [ { "key": "pressure", "name": "Pressure", "symbol": "p", "units": "Pa", "baseUnit": "siPressure", "default": 0 } ] }, { "id": 3, "key": "wall", "name": "Wall", "description": "No slip boundary condition" } ], "domainTypes": [ { "id": 1, "key": "fluid", "name": "Fluid domain", "material": { "properties": [ { "key": "nu", "name": "Viscosity", "symbol": "\\nu", "units": "\\frac{m}{s^2}", "baseUnit": "siViscosity", "min": 0, "minExclude": false }, { "key": "rho", "name": "Density", "symbol": "\\rho", "units": "\\frac{kg}{m^3}", "baseUnits": "siDensity", "min": 0, "minExclude": false } ] }, "boundaryTypes": [ { "id": 1, "key": "inlet", "name": "Inlet", "description": "Inlet boundary condition", "properties": [ { "key": "velocity_x", "name": "Velocity X", "symbol": "U", "units": "m/s", "baseUnit": "siVelocity" }, { "key": "velocity_y", "name": "Velocity Y", "symbol": "U", "units": "m/s", "baseUnit": "siVelocity" }, { "key": "velocity_z", "name": "Velocity Z", "symbol": "U", "units": "m/s", "baseUnit": "siVelocity" } ] }, { "id": 2, "key": "outlet", "name": "Outlet", "description": "Outlet boundary condition", "properties": [ { "key": "pressure", "name": "Pressure", "symbol": "p", "units": "Pa", "baseUnit": "siPressure", "default": 0 } ] }, { "id": 3, "key": "wall", "name": "Wall", "description": "No slip boundary condition" } ] } ], "subPhysicsParts": [ { "key": "subPhysicsFluidGeneral", "name": "Fluid Dynamics", "description": "Solves Fluid dynamics", "physicsKey": "physicsFluidDynamics", "physicsName": "Fluid Dynamics", "arguments": [], "timeTypes": [ { "id": 2, "key": "transient", "name": "Transient", "arguments": [ { "id": 2, "key": "time", "name": "Time", "symbol": "t", "units": "s", "baseUnit": "siTime" } ], "properties": [ { "id": 2, "key": "tstart", "name": "Initial time", "symbol": "t_0", "units": "s", "baseUnit": "siTime", "default": 0, "hidden": true }, { "id": 2, "key": "tend", "name": "End time", "symbol": "t_1", "units": "s", "baseUnit": "siTime", "min": 0, "minExclude": true }, { "key": "isAdaptive", "name": "Use adaptive time step", "default": false, "style": "checkbox" }, { "id": 2, "key": "tstep", "name": "Calculation time step", "symbol": "\\delta t", "units": "s", "baseUnit": "siTime", "relevance": [ { "key": "isAdaptive", "value": false } ], "min": 0, "minExclude": true, "valueTypes": [ "scalar", "table" ] }, { "key": "sfreq", "name": "Save every n-th time step", "symbol": "n", "units": "", "baseUnit": "siNone", "valueKind": "integer", "hidden": true, "default": 1, "relevance": [ { "key": "isAdaptive", "value": false } ] }, { "key": "initdt", "name": "Initial time step", "symbol": "\\delta t_0", "units": "s", "baseUnit": "siTime", "default": 0.01, "hidden": false, "relevance": [ { "key": "isAdaptive", "value": true } ] }, { "key": "mindt", "name": "Minimal time step", "symbol": "\\delta t_{min}", "units": "s", "baseUnit": "siTime", "default": 1e-8, "hidden": true, "relevance": [ { "key": "isAdaptive", "value": true } ] }, { "key": "maxdt", "name": "Maximal time step", "symbol": "\\delta t_{max}", "units": "s", "baseUnit": "siTime", "default": 100000, "hidden": true, "relevance": [ { "key": "isAdaptive", "value": true } ] }, { "key": "toler1", "name": "Toler1", "symbol": "\\t_{1}", "units": "s", "baseUnit": "siTime", "default": 0.0005, "hidden": true, "sendAlways": true, "relevance": [ { "key": "isAdaptive", "value": true } ] }, { "key": "toler2", "name": "Toler2", "symbol": "\\t_{1}", "units": "s", "baseUnit": "siTime", "default": 1, "hidden": true, "sendAlways": true, "relevance": [ { "key": "isAdaptive", "value": true } ] }, { "key": "hasCalculatedTimeStep", "name": "Has calculated timestep (hidden parameter)", "default": false, "style": "checkbox", "hidden": true }, { "key": "continueFromLast", "name": "Continue from the last time step", "default": false, "style": "checkbox", "relevance": [ { "key": "hasCalculatedTimeStep", "value": true } ] } ] }, { "id": 1, "key": "steady", "name": "Steady" } ], "domainTypes": [ { "id": 1, "key": "fluid", "name": "Fluid domain", "material": { "properties": [ { "key": "nu", "name": "Viscosity", "symbol": "\\nu", "units": "\\frac{m}{s^2}", "baseUnit": "siViscosity", "min": 0, "minExclude": false }, { "key": "rho", "name": "Density", "symbol": "\\rho", "units": "\\frac{kg}{m^3}", "baseUnits": "siDensity", "min": 0, "minExclude": false } ] }, "boundaryTypes": [ { "id": 1, "key": "inlet", "name": "Inlet", "description": "Inlet boundary condition", "properties": [ { "key": "velocity_x", "name": "Velocity X", "symbol": "U", "units": "m/s", "baseUnit": "siVelocity" }, { "key": "velocity_y", "name": "Velocity Y", "symbol": "U", "units": "m/s", "baseUnit": "siVelocity" }, { "key": "velocity_z", "name": "Velocity Z", "symbol": "U", "units": "m/s", "baseUnit": "siVelocity" } ] }, { "id": 2, "key": "outlet", "name": "Outlet", "description": "Outlet boundary condition", "properties": [ { "key": "pressure", "name": "Pressure", "symbol": "p", "units": "Pa", "baseUnit": "siPressure", "default": 0 } ] }, { "id": 3, "key": "wall", "name": "Wall", "description": "No slip boundary condition" } ] } ] } ], "subPhysics": [ { "key": "subPhysicsFluidDynamics", "name": "Fluid Dynamics", "description": "Solver for fluid dynamics", "basisList": [ { "key": "subPhysicsFluidDynamics2D", "basis": { "key": "mesh2D", "name": "2D", "dimensions": 2, "symmetryHeading": "Axial symmetry", "symmetryTypes": [ { "key": "planar", "id": 1, "name": "No", "properties": [ { "key": "depthZ", "name": "Depth in Z direction", "symbol": "L_Z", "units": "m", "baseUnit": "siNone", "default": 1 } ] }, { "key": "axial", "id": 2, "name": "Yes (y axis)", "description": "Y-axis must be the axis of symmetry in geometry/mesh. If it is not so, please go back to pre-processing part, rotate the mesh and save it to CENOS again" } ] }, "name": "Fluid Dynamics", "description": "Solver for fluid dynamics", "physicsList": [ { "key": "subPhysicsFluidGeneral", "name": "Fluid Dynamics", "description": "Solves Fluid dynamics", "physicsKey": "physicsFluidDynamics", "physicsName": "Fluid Dynamics", "arguments": [], "timeTypes": [ { "id": 2, "key": "transient", "name": "Transient", "arguments": [ { "id": 2, "key": "time", "name": "Time", "symbol": "t", "units": "s", "baseUnit": "siTime" } ], "properties": [ { "id": 2, "key": "tstart", "name": "Initial time", "symbol": "t_0", "units": "s", "baseUnit": "siTime", "default": 0, "hidden": true }, { "id": 2, "key": "tend", "name": "End time", "symbol": "t_1", "units": "s", "baseUnit": "siTime", "min": 0, "minExclude": true }, { "key": "isAdaptive", "name": "Use adaptive time step", "default": false, "style": "checkbox" }, { "id": 2, "key": "tstep", "name": "Calculation time step", "symbol": "\\delta t", "units": "s", "baseUnit": "siTime", "relevance": [ { "key": "isAdaptive", "value": false } ], "min": 0, "minExclude": true, "valueTypes": [ "scalar", "table" ] }, { "key": "sfreq", "name": "Save every n-th time step", "symbol": "n", "units": "", "baseUnit": "siNone", "valueKind": "integer", "hidden": true, "default": 1, "relevance": [ { "key": "isAdaptive", "value": false } ] }, { "key": "initdt", "name": "Initial time step", "symbol": "\\delta t_0", "units": "s", "baseUnit": "siTime", "default": 0.01, "hidden": false, "relevance": [ { "key": "isAdaptive", "value": true } ] }, { "key": "mindt", "name": "Minimal time step", "symbol": "\\delta t_{min}", "units": "s", "baseUnit": "siTime", "default": 1e-8, "hidden": true, "relevance": [ { "key": "isAdaptive", "value": true } ] }, { "key": "maxdt", "name": "Maximal time step", "symbol": "\\delta t_{max}", "units": "s", "baseUnit": "siTime", "default": 100000, "hidden": true, "relevance": [ { "key": "isAdaptive", "value": true } ] }, { "key": "toler1", "name": "Toler1", "symbol": "\\t_{1}", "units": "s", "baseUnit": "siTime", "default": 0.0005, "hidden": true, "sendAlways": true, "relevance": [ { "key": "isAdaptive", "value": true } ] }, { "key": "toler2", "name": "Toler2", "symbol": "\\t_{1}", "units": "s", "baseUnit": "siTime", "default": 1, "hidden": true, "sendAlways": true, "relevance": [ { "key": "isAdaptive", "value": true } ] }, { "key": "hasCalculatedTimeStep", "name": "Has calculated timestep (hidden parameter)", "default": false, "style": "checkbox", "hidden": true }, { "key": "continueFromLast", "name": "Continue from the last time step", "default": false, "style": "checkbox", "relevance": [ { "key": "hasCalculatedTimeStep", "value": true } ] } ] }, { "id": 1, "key": "steady", "name": "Steady" } ], "domainTypes": [ { "id": 1, "key": "fluid", "name": "Fluid domain", "material": { "properties": [ { "key": "nu", "name": "Viscosity", "symbol": "\\nu", "units": "\\frac{m}{s^2}", "baseUnit": "siViscosity", "min": 0, "minExclude": false }, { "key": "rho", "name": "Density", "symbol": "\\rho", "units": "\\frac{kg}{m^3}", "baseUnits": "siDensity", "min": 0, "minExclude": false } ] }, "boundaryTypes": [ { "id": 1, "key": "inlet", "name": "Inlet", "description": "Inlet boundary condition", "properties": [ { "key": "velocity_x", "name": "Velocity X", "symbol": "U", "units": "m/s", "baseUnit": "siVelocity" }, { "key": "velocity_y", "name": "Velocity Y", "symbol": "U", "units": "m/s", "baseUnit": "siVelocity" }, { "key": "velocity_z", "name": "Velocity Z", "symbol": "U", "units": "m/s", "baseUnit": "siVelocity" } ] }, { "id": 2, "key": "outlet", "name": "Outlet", "description": "Outlet boundary condition", "properties": [ { "key": "pressure", "name": "Pressure", "symbol": "p", "units": "Pa", "baseUnit": "siPressure", "default": 0 } ] }, { "id": 3, "key": "wall", "name": "Wall", "description": "No slip boundary condition" } ] } ] } ] }, { "key": "subPhysicsFluidDynamics3D", "basis": { "key": "mesh3D", "name": "3D", "dimensions": 3, "properties": null, "symmetryHeading": "Symmetry", "symmetryTypes": [ { "key": "full", "id": 3, "name": "Full 3D model" }, { "key": "slice", "id": 4, "name": "Slice", "properties": [ { "key": "symmetryFactor", "name": "Slice angle", "symbol": "\\alpha", "units": "-", "baseUnit": "siNone", "default": 360, "min": 0, "minExclude": true, "max": 360, "maxExclude": false } ] } ] }, "name": "Fluid Dynamics", "description": "Solver for fluid dynamics", "physicsList": [ { "key": "subPhysicsFluidGeneral", "name": "Fluid Dynamics", "description": "Solves Fluid dynamics", "physicsKey": "physicsFluidDynamics", "physicsName": "Fluid Dynamics", "arguments": [], "timeTypes": [ { "id": 2, "key": "transient", "name": "Transient", "arguments": [ { "id": 2, "key": "time", "name": "Time", "symbol": "t", "units": "s", "baseUnit": "siTime" } ], "properties": [ { "id": 2, "key": "tstart", "name": "Initial time", "symbol": "t_0", "units": "s", "baseUnit": "siTime", "default": 0, "hidden": true }, { "id": 2, "key": "tend", "name": "End time", "symbol": "t_1", "units": "s", "baseUnit": "siTime", "min": 0, "minExclude": true }, { "key": "isAdaptive", "name": "Use adaptive time step", "default": false, "style": "checkbox" }, { "id": 2, "key": "tstep", "name": "Calculation time step", "symbol": "\\delta t", "units": "s", "baseUnit": "siTime", "relevance": [ { "key": "isAdaptive", "value": false } ], "min": 0, "minExclude": true, "valueTypes": [ "scalar", "table" ] }, { "key": "sfreq", "name": "Save every n-th time step", "symbol": "n", "units": "", "baseUnit": "siNone", "valueKind": "integer", "hidden": true, "default": 1, "relevance": [ { "key": "isAdaptive", "value": false } ] }, { "key": "initdt", "name": "Initial time step", "symbol": "\\delta t_0", "units": "s", "baseUnit": "siTime", "default": 0.01, "hidden": false, "relevance": [ { "key": "isAdaptive", "value": true } ] }, { "key": "mindt", "name": "Minimal time step", "symbol": "\\delta t_{min}", "units": "s", "baseUnit": "siTime", "default": 1e-8, "hidden": true, "relevance": [ { "key": "isAdaptive", "value": true } ] }, { "key": "maxdt", "name": "Maximal time step", "symbol": "\\delta t_{max}", "units": "s", "baseUnit": "siTime", "default": 100000, "hidden": true, "relevance": [ { "key": "isAdaptive", "value": true } ] }, { "key": "toler1", "name": "Toler1", "symbol": "\\t_{1}", "units": "s", "baseUnit": "siTime", "default": 0.0005, "hidden": true, "sendAlways": true, "relevance": [ { "key": "isAdaptive", "value": true } ] }, { "key": "toler2", "name": "Toler2", "symbol": "\\t_{1}", "units": "s", "baseUnit": "siTime", "default": 1, "hidden": true, "sendAlways": true, "relevance": [ { "key": "isAdaptive", "value": true } ] }, { "key": "hasCalculatedTimeStep", "name": "Has calculated timestep (hidden parameter)", "default": false, "style": "checkbox", "hidden": true }, { "key": "continueFromLast", "name": "Continue from the last time step", "default": false, "style": "checkbox", "relevance": [ { "key": "hasCalculatedTimeStep", "value": true } ] } ] }, { "id": 1, "key": "steady", "name": "Steady" } ], "domainTypes": [ { "id": 1, "key": "fluid", "name": "Fluid domain", "material": { "properties": [ { "key": "nu", "name": "Viscosity", "symbol": "\\nu", "units": "\\frac{m}{s^2}", "baseUnit": "siViscosity", "min": 0, "minExclude": false }, { "key": "rho", "name": "Density", "symbol": "\\rho", "units": "\\frac{kg}{m^3}", "baseUnits": "siDensity", "min": 0, "minExclude": false } ] }, "boundaryTypes": [ { "id": 1, "key": "inlet", "name": "Inlet", "description": "Inlet boundary condition", "properties": [ { "key": "velocity_x", "name": "Velocity X", "symbol": "U", "units": "m/s", "baseUnit": "siVelocity" }, { "key": "velocity_y", "name": "Velocity Y", "symbol": "U", "units": "m/s", "baseUnit": "siVelocity" }, { "key": "velocity_z", "name": "Velocity Z", "symbol": "U", "units": "m/s", "baseUnit": "siVelocity" } ] }, { "id": 2, "key": "outlet", "name": "Outlet", "description": "Outlet boundary condition", "properties": [ { "key": "pressure", "name": "Pressure", "symbol": "p", "units": "Pa", "baseUnit": "siPressure", "default": 0 } ] }, { "id": 3, "key": "wall", "name": "Wall", "description": "No slip boundary condition" } ] } ] } ] } ] } ] }, { "key": "physicsRotatingMagnetsEM", "name": "EM for Magnets", "description": null, "arguments": null, "physicalProperties": [ { "key": "mu", "name": "Magnetic permeability", "symbol": "\\mu_r", "units": "-", "baseUnits": "siNone", "min": 0, "minExclude": true }, { "key": "br", "name": "Magnet Remanence", "symbol": "B_r", "units": "T", "baseUnits": "siMagneticFluxDensity", "min": 0, "minExclude": false }, { "key": "sigma", "name": "Electric conductivity", "symbol": "\\sigma", "units": "\\frac{S}{m}", "baseUnits": "siSimensOnMeter", "min": 0, "minExclude": false }, { "key": "Omega", "name": "Angular velocity", "symbol": "\\Omega", "units": "\\frac{rad}{s}", "baseUnit": "siAngularVelocity", "default": 0 } ], "boundaryTypes": [ { "id": 1, "key": "infinity", "name": "Infinity", "description": "Zero vector potential at the boundary" }, { "id": 2, "key": "flux_parallel", "name": "Flux parallel", "description": "Magnetic field lines are parallel to the boundary" }, { "id": 3, "key": "flux_normal", "name": "Flux normal", "description": "Magnetic field lines are normal to the boundary" }, { "id": 4, "key": "interface", "name": "Interface", "description": "Internal face between two domains", "isInterfaceType": true, "isOuterType": false } ], "domainTypes": [ { "id": 1, "key": "non_conductive", "name": "Non-conductive", "material": { "properties": [ { "key": "mu", "name": "Magnetic permeability", "symbol": "\\mu_r", "units": "-", "baseUnits": "siNone", "min": 0, "minExclude": true } ] }, "boundaryTypes": [ { "id": 1, "key": "infinity", "name": "Infinity", "description": "Zero vector potential at the boundary" }, { "id": 2, "key": "flux_parallel", "name": "Flux parallel", "description": "Magnetic field lines are parallel to the boundary" }, { "id": 3, "key": "flux_normal", "name": "Flux normal", "description": "Magnetic field lines are normal to the boundary" }, { "id": 4, "key": "interface", "name": "Interface", "description": "Internal face between two domains", "isInterfaceType": true, "isOuterType": false } ] }, { "id": 2, "key": "conductive", "name": "Non-conductive", "material": { "properties": [ { "key": "mu", "name": "Magnetic permeability", "symbol": "\\mu_r", "units": "-", "baseUnits": "siNone", "min": 0, "minExclude": true }, { "key": "sigma", "name": "Electric conductivity", "symbol": "\\sigma", "units": "\\frac{S}{m}", "baseUnits": "siSimensOnMeter", "min": 0, "minExclude": false } ] }, "boundaryTypes": [ { "id": 1, "key": "infinity", "name": "Infinity", "description": "Zero vector potential at the boundary" }, { "id": 2, "key": "flux_parallel", "name": "Flux parallel", "description": "Magnetic field lines are parallel to the boundary" }, { "id": 3, "key": "flux_normal", "name": "Flux normal", "description": "Magnetic field lines are normal to the boundary" }, { "id": 4, "key": "interface", "name": "Interface", "description": "Internal face between two domains", "isInterfaceType": true, "isOuterType": false } ] }, { "id": 3, "key": "magnet", "name": "Magnet", "material": { "properties": [ { "key": "mu", "name": "Magnetic permeability", "symbol": "\\mu_r", "units": "-", "baseUnits": "siNone", "min": 0, "minExclude": true }, { "key": "sigma", "name": "Electric conductivity", "symbol": "\\sigma", "units": "\\frac{S}{m}", "baseUnits": "siSimensOnMeter", "min": 0, "minExclude": false }, { "key": "br", "name": "Magnet Remanence", "symbol": "B_r", "units": "T", "baseUnits": "siMagneticFluxDensity", "min": 0, "minExclude": false } ] }, "boundaryTypes": [ { "id": 1, "key": "infinity", "name": "Infinity", "description": "Zero vector potential at the boundary" }, { "id": 2, "key": "flux_parallel", "name": "Flux parallel", "description": "Magnetic field lines are parallel to the boundary" }, { "id": 3, "key": "flux_normal", "name": "Flux normal", "description": "Magnetic field lines are normal to the boundary" }, { "id": 4, "key": "interface", "name": "Interface", "description": "Internal face between two domains", "isInterfaceType": true, "isOuterType": false } ] } ], "subPhysicsParts": [ { "key": "subPhysicsRotatingMagnetsGeneral", "name": "Rotating Magnets Electromagnetics", "description": "Solves Rotating Magnets Electromagnetics", "physicsKey": "physicsRotatingMagnetsEM", "physicsName": "EM for Magnets", "arguments": [], "timeTypes": [ { "id": 3, "key": "harmonic", "name": "Harmonic", "properties": [ { "key": "frequency", "name": "Frequency", "symbol": "f", "baseUnit": "siHertz", "min": 0, "minExclude": true, "valueTypes": [ "scalar", "table" ], "arguments": [ { "id": 2, "key": "time", "name": "Time", "symbol": "t", "units": "s", "baseUnit": "siTime" } ] } ] }, { "id": 1, "key": "steady", "name": "Steady" } ], "domainTypes": [ { "id": 1, "key": "non_conductive", "name": "Non-conductive", "material": { "properties": [ { "key": "mu", "name": "Magnetic permeability", "symbol": "\\mu_r", "units": "-", "baseUnits": "siNone", "min": 0, "minExclude": true } ] }, "boundaryTypes": [ { "id": 1, "key": "infinity", "name": "Infinity", "description": "Zero vector potential at the boundary" }, { "id": 2, "key": "flux_parallel", "name": "Flux parallel", "description": "Magnetic field lines are parallel to the boundary" }, { "id": 3, "key": "flux_normal", "name": "Flux normal", "description": "Magnetic field lines are normal to the boundary" }, { "id": 4, "key": "interface", "name": "Interface", "description": "Internal face between two domains", "isInterfaceType": true, "isOuterType": false } ] }, { "id": 2, "key": "conductive", "name": "Non-conductive", "material": { "properties": [ { "key": "mu", "name": "Magnetic permeability", "symbol": "\\mu_r", "units": "-", "baseUnits": "siNone", "min": 0, "minExclude": true }, { "key": "sigma", "name": "Electric conductivity", "symbol": "\\sigma", "units": "\\frac{S}{m}", "baseUnits": "siSimensOnMeter", "min": 0, "minExclude": false } ] }, "boundaryTypes": [ { "id": 1, "key": "infinity", "name": "Infinity", "description": "Zero vector potential at the boundary" }, { "id": 2, "key": "flux_parallel", "name": "Flux parallel", "description": "Magnetic field lines are parallel to the boundary" }, { "id": 3, "key": "flux_normal", "name": "Flux normal", "description": "Magnetic field lines are normal to the boundary" }, { "id": 4, "key": "interface", "name": "Interface", "description": "Internal face between two domains", "isInterfaceType": true, "isOuterType": false } ] }, { "id": 3, "key": "magnet", "name": "Magnet", "material": { "properties": [ { "key": "mu", "name": "Magnetic permeability", "symbol": "\\mu_r", "units": "-", "baseUnits": "siNone", "min": 0, "minExclude": true }, { "key": "sigma", "name": "Electric conductivity", "symbol": "\\sigma", "units": "\\frac{S}{m}", "baseUnits": "siSimensOnMeter", "min": 0, "minExclude": false }, { "key": "br", "name": "Magnet Remanence", "symbol": "B_r", "units": "T", "baseUnits": "siMagneticFluxDensity", "min": 0, "minExclude": false } ] }, "boundaryTypes": [ { "id": 1, "key": "infinity", "name": "Infinity", "description": "Zero vector potential at the boundary" }, { "id": 2, "key": "flux_parallel", "name": "Flux parallel", "description": "Magnetic field lines are parallel to the boundary" }, { "id": 3, "key": "flux_normal", "name": "Flux normal", "description": "Magnetic field lines are normal to the boundary" }, { "id": 4, "key": "interface", "name": "Interface", "description": "Internal face between two domains", "isInterfaceType": true, "isOuterType": false } ] } ] } ], "subPhysics": [ { "key": "subPhysicsRotatingMagnets", "name": "Rotating Magnets Electromagnetics", "description": "Solver for rotating magnets electromagnetics", "basisList": [ { "key": "subPhysicsRotatingMagnets2D", "basis": { "key": "mesh2D", "name": "2D", "dimensions": 2, "symmetryHeading": "Axial symmetry", "symmetryTypes": [ { "key": "planar", "id": 1, "name": "No", "properties": [ { "key": "depthZ", "name": "Depth in Z direction", "symbol": "L_Z", "units": "m", "baseUnit": "siNone", "default": 1 } ] }, { "key": "axial", "id": 2, "name": "Yes (y axis)", "description": "Y-axis must be the axis of symmetry in geometry/mesh. If it is not so, please go back to pre-processing part, rotate the mesh and save it to CENOS again" } ] }, "name": "Rotating Magnets Electromagnetics", "description": "Solver for rotating magnets electromagnetics", "physicsList": [ { "key": "subPhysicsRotatingMagnetsGeneral", "name": "Rotating Magnets Electromagnetics", "description": "Solves Rotating Magnets Electromagnetics", "physicsKey": "physicsRotatingMagnetsEM", "physicsName": "EM for Magnets", "arguments": [], "timeTypes": [ { "id": 3, "key": "harmonic", "name": "Harmonic", "properties": [ { "key": "frequency", "name": "Frequency", "symbol": "f", "baseUnit": "siHertz", "min": 0, "minExclude": true, "valueTypes": [ "scalar", "table" ], "arguments": [ { "id": 2, "key": "time", "name": "Time", "symbol": "t", "units": "s", "baseUnit": "siTime" } ] } ] }, { "id": 1, "key": "steady", "name": "Steady" } ], "domainTypes": [ { "id": 1, "key": "non_conductive", "name": "Non-conductive", "material": { "properties": [ { "key": "mu", "name": "Magnetic permeability", "symbol": "\\mu_r", "units": "-", "baseUnits": "siNone", "min": 0, "minExclude": true } ] }, "boundaryTypes": [ { "id": 1, "key": "infinity", "name": "Infinity", "description": "Zero vector potential at the boundary" }, { "id": 2, "key": "flux_parallel", "name": "Flux parallel", "description": "Magnetic field lines are parallel to the boundary" }, { "id": 3, "key": "flux_normal", "name": "Flux normal", "description": "Magnetic field lines are normal to the boundary" }, { "id": 4, "key": "interface", "name": "Interface", "description": "Internal face between two domains", "isInterfaceType": true, "isOuterType": false } ] }, { "id": 2, "key": "conductive", "name": "Non-conductive", "material": { "properties": [ { "key": "mu", "name": "Magnetic permeability", "symbol": "\\mu_r", "units": "-", "baseUnits": "siNone", "min": 0, "minExclude": true }, { "key": "sigma", "name": "Electric conductivity", "symbol": "\\sigma", "units": "\\frac{S}{m}", "baseUnits": "siSimensOnMeter", "min": 0, "minExclude": false } ] }, "boundaryTypes": [ { "id": 1, "key": "infinity", "name": "Infinity", "description": "Zero vector potential at the boundary" }, { "id": 2, "key": "flux_parallel", "name": "Flux parallel", "description": "Magnetic field lines are parallel to the boundary" }, { "id": 3, "key": "flux_normal", "name": "Flux normal", "description": "Magnetic field lines are normal to the boundary" }, { "id": 4, "key": "interface", "name": "Interface", "description": "Internal face between two domains", "isInterfaceType": true, "isOuterType": false } ] }, { "id": 3, "key": "magnet", "name": "Magnet", "material": { "properties": [ { "key": "mu", "name": "Magnetic permeability", "symbol": "\\mu_r", "units": "-", "baseUnits": "siNone", "min": 0, "minExclude": true }, { "key": "sigma", "name": "Electric conductivity", "symbol": "\\sigma", "units": "\\frac{S}{m}", "baseUnits": "siSimensOnMeter", "min": 0, "minExclude": false }, { "key": "br", "name": "Magnet Remanence", "symbol": "B_r", "units": "T", "baseUnits": "siMagneticFluxDensity", "min": 0, "minExclude": false } ] }, "boundaryTypes": [ { "id": 1, "key": "infinity", "name": "Infinity", "description": "Zero vector potential at the boundary" }, { "id": 2, "key": "flux_parallel", "name": "Flux parallel", "description": "Magnetic field lines are parallel to the boundary" }, { "id": 3, "key": "flux_normal", "name": "Flux normal", "description": "Magnetic field lines are normal to the boundary" }, { "id": 4, "key": "interface", "name": "Interface", "description": "Internal face between two domains", "isInterfaceType": true, "isOuterType": false } ] } ] } ] }, { "key": "subPhysicsRotatingMagnets3D", "basis": { "key": "mesh3D", "name": "3D", "dimensions": 3, "properties": null, "symmetryHeading": "Symmetry", "symmetryTypes": [ { "key": "full", "id": 3, "name": "Full 3D model" }, { "key": "slice", "id": 4, "name": "Slice", "properties": [ { "key": "symmetryFactor", "name": "Slice angle", "symbol": "\\alpha", "units": "-", "baseUnit": "siNone", "default": 360, "min": 0, "minExclude": true, "max": 360, "maxExclude": false } ] } ] }, "name": "Rotating Magnets Electromagnetics", "description": "Solver for rotating magnets electromagnetics", "physicsList": [ { "key": "subPhysicsRotatingMagnetsGeneral", "name": "Rotating Magnets Electromagnetics", "description": "Solves Rotating Magnets Electromagnetics", "physicsKey": "physicsRotatingMagnetsEM", "physicsName": "EM for Magnets", "arguments": [], "timeTypes": [ { "id": 3, "key": "harmonic", "name": "Harmonic", "properties": [ { "key": "frequency", "name": "Frequency", "symbol": "f", "baseUnit": "siHertz", "min": 0, "minExclude": true, "valueTypes": [ "scalar", "table" ], "arguments": [ { "id": 2, "key": "time", "name": "Time", "symbol": "t", "units": "s", "baseUnit": "siTime" } ] } ] }, { "id": 1, "key": "steady", "name": "Steady" } ], "domainTypes": [ { "id": 1, "key": "non_conductive", "name": "Non-conductive", "material": { "properties": [ { "key": "mu", "name": "Magnetic permeability", "symbol": "\\mu_r", "units": "-", "baseUnits": "siNone", "min": 0, "minExclude": true } ] }, "boundaryTypes": [ { "id": 1, "key": "infinity", "name": "Infinity", "description": "Zero vector potential at the boundary" }, { "id": 2, "key": "flux_parallel", "name": "Flux parallel", "description": "Magnetic field lines are parallel to the boundary" }, { "id": 3, "key": "flux_normal", "name": "Flux normal", "description": "Magnetic field lines are normal to the boundary" }, { "id": 4, "key": "interface", "name": "Interface", "description": "Internal face between two domains", "isInterfaceType": true, "isOuterType": false } ] }, { "id": 2, "key": "conductive", "name": "Non-conductive", "material": { "properties": [ { "key": "mu", "name": "Magnetic permeability", "symbol": "\\mu_r", "units": "-", "baseUnits": "siNone", "min": 0, "minExclude": true }, { "key": "sigma", "name": "Electric conductivity", "symbol": "\\sigma", 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false }, { "key": "br", "name": "Magnet Remanence", "symbol": "B_r", "units": "T", "baseUnits": "siMagneticFluxDensity", "min": 0, "minExclude": false } ] }, "boundaryTypes": [ { "id": 1, "key": "infinity", "name": "Infinity", "description": "Zero vector potential at the boundary" }, { "id": 2, "key": "flux_parallel", "name": "Flux parallel", "description": "Magnetic field lines are parallel to the boundary" }, { "id": 3, "key": "flux_normal", "name": "Flux normal", "description": "Magnetic field lines are normal to the boundary" }, { "id": 4, "key": "interface", "name": "Interface", "description": "Internal face between two domains", "isInterfaceType": true, "isOuterType": false } ] } ] } ] } ] } ] } ], "multiPhysics": [ { "key": "physicsInductionHeating", "name": "Induction Heating", "isMultiPhysics": true, "subPhysics": [ { "key": "subPhysicsInductionGeneral", "name": "Low Frequency", "description": "Solves induction heating problem", "basisList": [ { "key": "subPhysicsInductionGeneral2D", "basis": { "key": "mesh2D", "name": "2D", "dimensions": 2, "symmetryHeading": "Axial symmetry", "symmetryTypes": [ { "key": "planar", "id": 1, "name": "No", "properties": [ { "key": "depthZ", "name": "Depth in Z direction", "symbol": "L_Z", "units": "m", "baseUnit": "siNone", "default": 1 } ] }, { "key": "axial", "id": 2, "name": "Yes (y axis)", "description": "Y-axis must be the axis of symmetry in geometry/mesh. If it is not so, please go back to pre-processing part, rotate the mesh and save it to CENOS again" } ] }, "isMultiPhysics": true, "physicsList": [ { "key": "subPhysicsThermalGeneral", "name": "Thermal General Physics", "physicsKey": "physicsThermal", "physicsName": "Thermal Analysis", "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false } ], "resultValues": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false }, { "key": "heatflux", "name": "Heat Flux", "symbol": "q", "units": "\\frac{W}{m^2}", "baseUnit": "siHeatFlux" } ], "timeTypes": [ { "id": 2, "key": "transient", "name": "Transient", "arguments": [ { "id": 2, "key": "time", "name": "Time", "symbol": "t", "units": "s", "baseUnit": "siTime" } ], "properties": [ { "id": 2, "key": "tstart", "name": "Initial time", "symbol": "t_0", "units": "s", "baseUnit": "siTime", "default": 0, "hidden": true }, { "id": 2, "key": "tend", "name": "End time", "symbol": "t_1", "units": "s", "baseUnit": "siTime", "min": 0, "minExclude": true }, { "key": "isAdaptive", "name": "Use adaptive time step", "default": false, "style": "checkbox" }, { "id": 2, "key": "tstep", "name": "Calculation time step", "symbol": "\\delta t", "units": "s", "baseUnit": "siTime", "relevance": [ { "key": "isAdaptive", "value": false } ], "min": 0, "minExclude": true, "valueTypes": [ "scalar", "table" ] }, { "key": "sfreq", "name": "Save every n-th time step", "symbol": "n", "units": "", "baseUnit": "siNone", "valueKind": "integer", "hidden": true, "default": 1, "relevance": [ { "key": "isAdaptive", "value": false } ] }, { "key": "initdt", "name": "Initial time step", "symbol": "\\delta t_0", "units": "s", "baseUnit": "siTime", "default": 0.01, "hidden": false, "relevance": [ { "key": "isAdaptive", "value": true } ] }, { "key": "mindt", "name": "Minimal time step", "symbol": "\\delta t_{min}", "units": "s", "baseUnit": "siTime", "default": 1e-8, "hidden": true, "relevance": [ { "key": "isAdaptive", "value": true } ] }, { "key": "maxdt", "name": "Maximal time step", "symbol": "\\delta t_{max}", "units": "s", "baseUnit": "siTime", "default": 100000, "hidden": true, "relevance": [ { "key": "isAdaptive", "value": true } ] }, { "key": "toler1", "name": "Toler1", "symbol": "\\t_{1}", "units": "s", "baseUnit": "siTime", "default": 0.0005, "hidden": true, "sendAlways": true, "relevance": [ { "key": "isAdaptive", "value": true } ] }, { "key": "toler2", "name": "Toler2", "symbol": "\\t_{1}", "units": "s", "baseUnit": "siTime", "default": 1, "hidden": true, "sendAlways": true, "relevance": [ { "key": "isAdaptive", "value": true } ] }, { "key": "hasCalculatedTimeStep", "name": "Has calculated timestep (hidden parameter)", "default": false, "style": "checkbox", "hidden": true }, { "key": "continueFromLast", "name": 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"scalar", "table" ], "arguments": [ { "id": 2, "key": "time", "name": "Time", "symbol": "t", "units": "s", "baseUnit": "siTime" } ], "sendAlways": true, "relevance": [ { "key": "_velocityEffects", "value": true } ], "hidden": true }, { "key": "Velocity_y", "name": "Velocity Y component", "symbol": "U_Y", "units": "\\frac{m}{s}", "baseUnit": "siVelocity", "default": 0, "valueTypes": [ "scalar", "table" ], "arguments": [ { "id": 2, "key": "time", "name": "Time", "symbol": "t", "units": "s", "baseUnit": "siTime" } ], "sendAlways": true, "relevance": [ { "key": "_velocityEffects", "value": true } ], "hidden": true }, { "key": "Velocity_z", "name": "Velocity Z component", "symbol": "U_Z", "units": "\\frac{m}{s}", "baseUnit": "siVelocity", "default": 0, "valueTypes": [ "scalar", "table" ], "arguments": [ { "id": 2, "key": "time", "name": "Time", "symbol": "t", "units": "s", "baseUnit": "siTime" } ], "sendAlways": true, "relevance": [ { "key": "_velocityEffects", "value": true } ], "hidden": true }, { "key": "Omega_Z", "name": "Angular velocity around Z axis", "symbol": "\\Omega_Z", "units": "\\frac{rad}{s}", "baseUnit": "siAngularVelocity", "default": 0, "sendAlways": true, "relevance": [ { "key": "_velocityEffects", "value": true }, { "key": "dimensions", "value": 3 } ], "hidden": true } ], "boundaryTypes": [ { "id": 1, "key": "fixed", "name": "Fixed temperature", "description": "Fixed temperature at the surface", "properties": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false } ] }, { "id": 2, "key": "flux", "name": "Heat flux", "description": "Define heat flux density at the surface", "properties": [ { "key": "qSurf", "name": "Heat Flux", "symbol": "q", "units": "\\frac{W}{m^2}", "baseUnit": "siHeatFlux", "valueTypes": [ "scalar", "table", "expression" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree 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"t", "units": "s", "baseUnit": "siTime" } ] } ] }, { "id": 4, "key": "radiation", "name": "Radiation", "description": "Thermal radiation to ambient temperature:\nheat flux \\( q = \\sigma_{SB} \\epsilon (T^4 - T_{amb}^4) \\)", "properties": [ { "id": 1, "key": "tref", "name": "Ambient temperature", "symbol": "T_{amb}", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false, "default": 22 }, { "key": "hr", "name": "Emissivity", "symbol": "\\epsilon", "units": "-", "baseUnit": "siNone", "min": 0, "minExclude": false, "valueTypes": [ "scalar", "table", "expression" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false } ] }, { "key": "_radiation", "name": "Radiation", "default": true, "style": "checkbox", "sendAlways": true, "hidden": true } ] }, { "id": 5, "key": "combined", "name": "Combined", "description": "Allows defining multiple conditions at the surface", "properties": [ { "key": "_blocker_if_no_checkbox_selected", "hidden": true, "default": false, "sendAlways": true, "relevance": [ { "key": "_convection", "value": false }, { "key": "_radiation", "value": false }, { "key": "_flux", "value": false }, { "key": "_flow", "value": false } ] }, { "id": 1, "key": "tref", "name": "Ambient temperature", "symbol": "T_{amb}", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false, "sendAlways": true, "default": 22, "relevance": [ { "key": "_convection", "value": true }, { "key": "_radiation", "value": false } ] }, { "id": 1, "key": "tref", "name": "Ambient temperature", "symbol": "T_{amb}", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false, "sendAlways": true, "default": 22, "relevance": [ { "key": "_convection", "value": false }, { "key": "_radiation", "value": true } ] }, { "id": 1, "key": "tref", "name": "Ambient temperature", "symbol": "T_{amb}", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false, "sendAlways": true, "default": 22, "relevance": [ { "key": "_convection", "value": true }, { "key": "_radiation", "value": true } ] }, { "key": "_convection", "name": "Convection", "default": false, "style": "checkbox" }, { "key": "h", "name": "Heat Transfer Coefficient", "symbol": "h", "units": "\\frac{W}{m^2 K}", "baseUnit": "siNone", "min": 0, "minExclude": false, "valueTypes": [ "scalar", "table", "expression" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false }, { "id": 2, "key": "time", "name": "Time", "symbol": "t", "units": "s", "baseUnit": "siTime" } ], "sendAlways": false, "relevance": [ { "key": "_convection", "value": true } ] }, { "key": "h_", "name": "Heat Transfer Coefficient", "symbol": "h", "units": "\\frac{W}{m^2 K}", "baseUnit": "siNone", "min": 0, "minExclude": false, "valueTypes": [ "scalar", "table", "expression" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false }, { "id": 2, "key": "time", "name": "Time", "symbol": "t", "units": "s", "baseUnit": "siTime" } ], "hidden": true, "sendAlways": false, "default": 0, "relevance": [ { "key": "_convection", "value": false } ] }, { "key": "_radiation", "name": "Radiation", "default": false, "style": "checkbox" }, { "key": "hr", "name": "Emissivity", "symbol": "\\epsilon", "units": "-", "baseUnit": "siNone", "min": 0, "minExclude": false, "valueTypes": [ "scalar", "table", "expression" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false } ], "sendAlways": false, "relevance": [ { "key": "_radiation", "value": true } ] }, { "key": "hr_", "name": "Emissivity", "symbol": "\\epsilon", "units": "-", "baseUnit": "siNone", "min": 0, "minExclude": false, "valueTypes": [ "scalar", "table", "expression" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false } ], "hidden": true, "sendAlways": false, "default": 0, "relevance": [ { "key": "_radiation", "value": false } ] }, { "key": "_flux", "name": "Heat Flux", "default": false, "style": "checkbox", "incompatibleWith": [ "_flow" ] }, { "key": "qSurf", "name": "Heat Flux", "symbol": "q", "units": "\\frac{W}{m^2}", "baseUnit": "siHeatFlux", "valueTypes": [ "scalar", "table", "expression" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false }, { "id": 2, "key": "time", "name": "Time", "symbol": "t", "units": "s", "baseUnit": "siTime" } ], "sendAlways": false, "relevance": [ { "key": "_flux", "value": true } ] }, { "key": "qSurf_", "name": "Heat Flux", "symbol": "q", "units": "\\frac{W}{m^2}", "baseUnit": "siHeatFlux", "sendAlways": false, "hidden": true, "default": 0, "relevance": [ { "key": "_flux", "value": false } ] }, { "key": "_flow", "name": "Heat Flow", "default": false, "hidden": true, "style": "checkbox", "incompatibleWith": [ "_flux" ] }, { "key": "qSurfInt", "name": "Integral Heat Flow", "symbol": "Q", "hidden": true, "units": "W", "baseUnit": "siHeatFlow", "sendAlways": false, "relevance": [ { "key": "_flow", "value": true } ] }, { "key": "qSurfInt_", "name": "Integral Heat Flow", "symbol": "Q", "hidden": true, "units": "W", "baseUnit": "siHeatFlow", "sendAlways": false, "default": 0, "relevance": [ { "key": "_flow", "value": false } ] } ] }, { "id": 7, "key": "adiabatic", "name": "Adiabatic", "description": "Zero incoming and outgoing heat flux condition at the surface", "properties": [ { "key": "qSurf", "name": "Heat Flux", "symbol": "q", "units": "\\frac{W}{m^2}", "baseUnit": "siHeatFlux", "valueTypes": [ "scalar", "table", "expression" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false }, { "id": 2, "key": "time", "name": "Time", "symbol": "t", "units": "s", "baseUnit": "siTime" } ], "default": 0, "sendAlways": true, "hidden": true } ] }, { "id": 8, "key": "interface", "name": "Interface", "description": "Interface", "isInterfaceType": true, "isOuterType": false }, { "id": 9, "key": "resistance_thermal", "name": "Thermal Contact Resistance", "description": "Define contact resistance as thin layer at interface.\nIMPORTANT: The same condition has to be set on both sides.\nResistance can be calculated as \\( d / \\lambda \\)\n(\\( d \\) - thickness, \\( \\lambda \\) - conductivity).", "isInterfaceType": true, "isOuterType": false, "properties": [ { "key": "resistance_thermal", "name": "Thermal Contact Resistance", "symbol": "R", "units": "\\frac{m^2 K}{W}", "baseUnit": "siNone", "min": 0, "minExclude": true } ] } ], "initialConditions": { "properties": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false, "default": 22 } ] }, "material": { "properties": [ { "key": "lambda", "name": "Thermal conductivity", "symbol": "\\lambda", "units": "\\frac{W}{m K}", "baseUnit": "siNone", "min": 0, "minExclude": true, "valueTypes": [ "scalar", "table", "expression" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false } ] }, { "key": "cp", "name": "Heat capacity", "symbol": "c_p", "units": "\\frac{J}{kg K}", "baseUnit": "siNone", "min": 0, "minExclude": true, "valueTypes": [ "scalar", "table" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false } ] }, { "key": "rho", "name": "Density", "symbol": "\\rho", "units": "\\frac{kg}{m^3}", "baseUnit": "siNone", "min": 0, "minExclude": true, "valueTypes": [ "scalar", "table" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false } ] }, { "key": "_maxTempCalculation", "name": "Max Temperature calculation", "default": true, "style": "checkbox", "hidden": true }, { "key": "_phaseCalculation", "name": "Phase calculation", "default": false, "style": "checkbox" }, { "key": "ATemp1", "name": "Austenization start temp.", "symbol": "T_{Ac_1}", "units": "\\degree C", "baseUnit": "siNone", "min": 0, "minExclude": true, "description": "Temperature at which austenite begins to form. If unknown - use Ac1 = Ac3", "relevance": [ { "key": "_phaseCalculation", "value": true } ] }, { "key": "ATemp3", "name": "Fully austenized temp.", "symbol": "T_{Ac_3}", "units": "\\degree C", "baseUnit": "siNone", "min": 0, "minExclude": true, "description": "Austenization temperature; the temperature at which structure is fully austenite", "relevance": [ { "key": "_phaseCalculation", "value": true } ] }, { "key": "MartStart", "name": "Martensite start temp.", "symbol": "T_{Ms}", "units": "\\degree C", "baseUnit": "siNone", "min": 0, "minExclude": true, "description": "Martensite formation start temperature; belove this temperature martensite phase occur", "relevance": [ { "key": "_phaseCalculation", "value": true } ] }, { "key": "StartTime", "name": "Phase change start time", "symbol": "t_s", "units": "s", "baseUnit": "siNone", "min": 0, "minExclude": true, "valueTypes": [ "table" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false } ], "description": "Time data for the C-curve which reprezents the begining of phase change (usually when 1% transformation has happened)", "relevance": [ { "key": "_phaseCalculation", "value": true } ] }, { "key": "EndTime", "name": "Phase change end time", "symbol": "t_e", "units": "s", "baseUnit": "siNone", "min": 0, "minExclude": true, "valueTypes": [ "table" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false } ], "description": "Time data for the C-curve which reprezents the end of phase change (usually when 99% change has happened)", "relevance": [ { "key": "_phaseCalculation", "value": true } ] } ] } } ] }, { "key": "subPhysicsEMGeneral2D", "name": "Low frequency 2D", "description": "Solves EM 2D", "physicsKey": "physicsElectromagnetics", "physicsName": "Electromagnetics", "arguments": [ { "id": 3, "key": "magflux", "name": "Magnetic Flux Density", "symbol": "B", "units": "T", "baseUnit": "siTesla" } ], "resultValues": [ { "id": 3, "key": "Jheat", "name": "Joule heat", "symbol": "Q", "units": "\\frac{W}{m^3}", "baseUnit": "siHeatSource" }, { "id": 3, "key": "Bfield", "name": "Magnetic Flux Density", "symbol": "B", "units": "T", "baseUnit": "siTesla" }, { "id": 3, "key": "Bfield_re", "name": "Magnetic field intensity (Re)", "symbol": "B", "units": "T", "baseUnit": "siTesla", "components": 3 }, { "id": 3, "key": "Bfield_im", "name": "Magnetic field intensity (Im)", "symbol": "B", "units": "T", "baseUnit": "siTesla", "components": 3 }, { "key": "CurrDens", "name": "Current density", "symbol": "J", "units": "\\frac{A}{m^2}", "baseUnit": "siCurrentDensity" }, { "key": "CurrDens_re", "name": "Current density (Re)", "symbol": "J", "units": "\\frac{A}{m^2}", "baseUnit": "siCurrentDensity", "components": 3 }, { "key": "CurrDens_im", "name": "Current density (Im)", "symbol": "J", "units": "\\frac{A}{m^2}", "baseUnit": "siCurrentDensity", "components": 3 } ], "timeTypes": [ { "id": 3, "key": "harmonic", "name": "Harmonic", "properties": [ { "key": "frequency", "name": "Frequency", "symbol": "f", "baseUnit": "siHertz", "min": 0, "minExclude": true, "valueTypes": [ "scalar", "table" ], "arguments": [ { "id": 2, "key": "time", "name": "Time", "symbol": "t", "units": "s", "baseUnit": "siTime" } ] } ] }, { "id": 1, "key": "steady", "name": "Steady" } ], "domainTypes": [ { "id": 1, "key": "em_nc", "name": "Non-conductive", "material": { "properties": [ { "key": "mu", "name": "Magnetic permeability", "symbol": "\\mu_r", "units": "-", "baseUnits": "siNone", "min": 0, "minExclude": true, "valueTypes": [ "scalar", "table", "expression" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false } ], "relevance": [ { "key": "useBHModel", "value": false }, { "key": "useTForMagFlux", "value": false } ] }, { "id": 3, "key": "BHModel", "name": "Magnetic Flux Density", "symbol": "B", "units": "T", "baseUnit": "siTesla", "valueTypes": [ "table" ], "arguments": [ { "key": "magIntensity", "name": "Magnetic field intensity", "symbol": "H", "units": "\\frac{A}{m}", "baseUnit": "siAmperePerMeter", "always": true } ], "relevance": [ { "key": "useBHModel", "value": true } ] }, { "key": "useBHModel", "name": "Use B(H) model", "default": false, "style": "checkbox", "incompatibleWith": [ "useAnalyticBHModel" ] }, { "key": "useTForMagFlux", "name": "Use temperature dependance", "description": "\\( \\mu(T) = 1 + (1 - \\mu_r)(1-(T/T_C)^\\beta) \\)", "default": false, "style": "checkbox", "relevance": [ { "key": "physicsThermal", "value": true } ] }, { "id": 1, "key": "TCurie", "name": "Curie temperature", "symbol": "T_C", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false, "relevance": [ { "key": "physicsThermal", "value": true }, { "key": "useTForMagFlux", "value": true } ] }, { "key": "TCurieExponent", "name": "Exponent", "symbol": "\\beta", "units": "-", "baseUnit": "siNone", "relevance": [ { "key": "physicsThermal", "value": true }, { "key": "useTForMagFlux", "value": true } ] }, { "key": "TCurieExponent", "name": "Exponent", "symbol": "\\beta", "units": "-", "baseUnit": "siNone", "relevance": [ { "key": "physicsThermal", "value": true }, { "key": "useTForMagFlux", "value": true } ] }, { "key": "useSteinmetzLosses", "name": "Use power losses in non-conducting material", "description": "Steinmetz equation \\( q = k \\times f^a \\times B^b \\)", "default": false, "style": "checkbox", "relevance": [ { "key": "physicsThermal", "value": true } ] }, { "key": "steinmetz_k", "name": "Amplitude for power losses", "symbol": "k", "units": "W cm^-3", "baseUnit": "siNone", "relevance": [ { "key": "physicsThermal", "value": true }, { "key": "useSteinmetzLosses", "value": true } ] }, { "key": "steinmetz_a", "name": "Frequency exponent", "symbol": "a", "units": "-", "baseUnit": "siNone", "relevance": [ { "key": "physicsThermal", "value": true }, { "key": "useSteinmetzLosses", "value": true } ] }, { "key": "steinmetz_b", "name": "Magnetic field exponent", "symbol": "b", "units": "-", "baseUnit": "siNone", "relevance": [ { "key": "physicsThermal", "value": true }, { "key": "useSteinmetzLosses", "value": true } ] } ] }, "boundaryTypes": [ { "id": 3, "key": "infinity", "name": "Infinity", "description": "Zero vector potential at outer boundary", "properties": [ { "key": "MagneticVectorPotential_2D", "name": "Vector potential Z", "symbol": "A_z", "units": "T/m", "baseUnits": "siMagneticVectorPotential", "default": 0, "hidden": true } ] }, { "id": 2, "key": "flux_parallel", "name": "Flux parallel", "description": "Magnetic field lines are parallel to the boundary", "properties": [ { "key": "MagneticVectorPotential_2D", "name": "Vector potential Z", "symbol": "A_z", "units": "T/m", "baseUnits": "siMagneticVectorPotential", "default": 0, "hidden": true } ] }, { "id": 5, "key": "flux_normal", "name": "Flux normal", "description": "Magnetic field lines are normal to the boundary" }, { "id": 1, "key": "symm_axis", "name": "Symmetry axis", "description": "Zero vector potential at the axis (axisymmetric only)", "isSymmetryType": true, "properties": [ { "key": "MagneticVectorPotential_2D", "name": "Vector potential Z", "symbol": "A_z", "units": "T/m", "baseUnits": "siMagneticVectorPotential", "default": 0, "hidden": true } ] }, { "id": 4, "key": "interface", "name": "Interface", "isInterfaceType": true, "isOuterType": false, "description": "Internal face between two domains", "properties": [ { "key": "Lin2D", "name": "Dummy line", "default": 1, "hidden": true } ] } ] }, { "id": 2, "key": "em_cc", "name": "Conductive", "material": { "properties": [ { "key": "sigma", "name": "Electric conductivity", "symbol": "\\sigma", "units": "\\frac{S}{m}", "baseUnits": "siSimensOnMeter", "min": 0, "minExclude": false, "valueTypes": [ "scalar", "table", "expression" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false } ] }, { "key": "mu", "name": "Magnetic permeability", "symbol": "\\mu_r", "units": "-", "baseUnits": "siNone", "min": 0, "minExclude": true, "valueTypes": [ "scalar", "table", "expression" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false } ], "relevance": [ { "key": "useBHModel", "value": false }, { "key": "useTForMagFlux", "value": false } ] }, { "key": "mu_C", "name": "Magnetic permeability", "symbol": "\\mu_r", "units": "-", "baseUnits": "siNone", "min": 0, "minExclude": true, "valueTypes": [ "scalar", "expression" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false } ], "relevance": [ { "key": "useBHModel", "value": false }, { "key": "useTForMagFlux", "value": true } ] }, { "id": 3, "key": "BHModel", "name": "Magnetic Flux Density", "symbol": "B", "units": "T", "baseUnit": "siTesla", "valueTypes": [ "table" ], "arguments": [ { "key": "magIntensity", "name": "Magnetic field intensity", "symbol": "H", "units": "\\frac{A}{m}", "baseUnit": "siAmperePerMeter", "always": true } ], "relevance": [ { "key": "useBHModel", "value": true } ] }, { "key": "useBHModel", "name": "Use B(H) model", "default": false, "style": "checkbox", "incompatibleWith": [ "useAnalyticBHModel" ] }, { "key": "useTForMagFlux", "name": "Use temperature dependance", "description": "\\( \\mu(T) = 1 + (1 - \\mu_r)(1-(T/T_C)^\\beta) \\)", "default": false, "style": "checkbox", "relevance": [ { "key": "physicsThermal", "value": true } ] }, { "id": 1, "key": "TCurie", "name": "Curie temperature", "symbol": "T_C", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false, "relevance": [ { "key": "physicsThermal", "value": true }, { "key": "useTForMagFlux", "value": true } ] }, { "key": "TCurieExponent", "name": "Exponent", "symbol": "\\beta", "units": "-", "baseUnit": "siNone", "relevance": [ { "key": "physicsThermal", "value": true }, { "key": "useTForMagFlux", "value": true } ] } ] }, "boundaryTypes": [ { "id": 3, "key": "infinity", "name": "Infinity", "description": "Zero vector potential at outer boundary", "properties": [ { "key": "MagneticVectorPotential_2D", "name": "Vector potential Z", "symbol": "A_z", "units": "T/m", "baseUnits": "siMagneticVectorPotential", "default": 0, "hidden": true } ] }, { "id": 2, "key": "flux_parallel", "name": "Flux parallel", "description": "Magnetic field lines are parallel to the boundary", "properties": [ { "key": "MagneticVectorPotential_2D", "name": "Vector potential Z", "symbol": "A_z", "units": "T/m", "baseUnits": "siMagneticVectorPotential", "default": 0, "hidden": true } ] }, { "id": 5, "key": "flux_normal", "name": "Flux normal", "description": "Magnetic field lines are normal to the boundary" }, { "id": 1, "key": "symm_axis", "name": "Symmetry axis", "description": "Zero vector potential at the axis (axisymmetric only)", "isSymmetryType": true, "properties": [ { "key": "MagneticVectorPotential_2D", "name": "Vector potential Z", "symbol": "A_z", "units": "T/m", "baseUnits": "siMagneticVectorPotential", "default": 0, "hidden": true } ] }, { "id": 4, "key": "interface", "name": "Interface", "isInterfaceType": true, "isOuterType": false, "description": "Internal face between two domains", "properties": [ { "key": "Lin2D", "name": "Dummy line", "default": 1, "hidden": true } ] } ], "properties": [ { "key": "VoltageLoad_2D", "name": "Voltage", "symbol": "U", "units": "V", "default": 0, "baseUnits": "siVolt", "hidden": true } ] }, { "id": 3, "key": "source_dom", "name": "Current source", "material": { "properties": [ { "key": "sigma", "name": "Electric conductivity", "symbol": "\\sigma", "units": "\\frac{S}{m}", "baseUnits": "siSimensOnMeter", "min": 0, "minExclude": false, "valueTypes": [ "scalar", "table", "expression" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false } ] }, { "key": "mu", "name": "Magnetic permeability", "symbol": "\\mu_r", "units": "-", "baseUnits": "siNone", "min": 0, "minExclude": true, "valueTypes": [ "scalar", "table", "expression" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false } ], "relevance": [ { "key": "useBHModel", "value": false }, { "key": "useTForMagFlux", "value": false } ] }, { "key": "mu_C", "name": "Magnetic permeability", "symbol": "\\mu_r", "units": "-", "baseUnits": "siNone", "min": 0, "minExclude": true, "valueTypes": [ "scalar", "expression" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false } ], "relevance": [ { "key": "useBHModel", "value": false }, { "key": "useTForMagFlux", "value": true } ] }, { "id": 3, "key": "BHModel", "name": "Magnetic Flux Density", "symbol": "B", "units": "T", "baseUnit": "siTesla", "valueTypes": [ "table" ], "arguments": [ { "key": "magIntensity", "name": "Magnetic field intensity", "symbol": "H", "units": "\\frac{A}{m}", "baseUnit": "siAmperePerMeter", "always": true } ], "relevance": [ { "key": "useBHModel", "value": true } ] }, { "key": "useBHModel", "name": "Use B(H) model", "default": false, "style": "checkbox", "incompatibleWith": [ "useAnalyticBHModel" ] }, { "key": "useTForMagFlux", "name": "Use temperature dependance", "description": "\\( \\mu(T) = 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"expression" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false } ], "hidden": true, "sendAlways": false, "default": 0, "relevance": [ { "key": "_radiation", "value": false } ] }, { "key": "_flux", "name": "Heat Flux", "default": false, "style": "checkbox", "incompatibleWith": [ "_flow" ] }, { "key": "qSurf", "name": "Heat Flux", "symbol": "q", "units": "\\frac{W}{m^2}", "baseUnit": "siHeatFlux", "valueTypes": [ "scalar", "table", "expression" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false }, { "id": 2, "key": "time", "name": "Time", "symbol": "t", "units": "s", "baseUnit": "siTime" } ], "sendAlways": false, "relevance": [ { "key": "_flux", "value": true } ] }, { "key": "qSurf_", "name": "Heat Flux", "symbol": "q", "units": "\\frac{W}{m^2}", "baseUnit": "siHeatFlux", "sendAlways": false, "hidden": true, "default": 0, "relevance": [ { "key": "_flux", "value": false } ] }, { "key": "_flow", "name": "Heat Flow", "default": false, "hidden": true, "style": "checkbox", "incompatibleWith": [ "_flux" ] }, { "key": "qSurfInt", "name": "Integral Heat Flow", "symbol": "Q", "hidden": true, "units": "W", "baseUnit": "siHeatFlow", "sendAlways": false, "relevance": [ { "key": "_flow", "value": true } ] }, { "key": "qSurfInt_", "name": "Integral Heat Flow", "symbol": "Q", "hidden": true, "units": "W", "baseUnit": "siHeatFlow", "sendAlways": false, "default": 0, "relevance": [ { "key": "_flow", "value": false } ] } ] }, { "id": 7, "key": "adiabatic", "name": "Adiabatic", "description": "Zero incoming and outgoing heat flux condition at the surface", "properties": [ { "key": "qSurf", "name": "Heat Flux", "symbol": "q", "units": "\\frac{W}{m^2}", "baseUnit": "siHeatFlux", "valueTypes": [ "scalar", "table", "expression" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false }, { "id": 2, "key": "time", "name": "Time", "symbol": "t", "units": "s", "baseUnit": "siTime" } ], "default": 0, "sendAlways": true, "hidden": true } ] }, { "id": 8, "key": "interface", "name": "Interface", "description": "Interface", "isInterfaceType": true, "isOuterType": false }, { "id": 9, "key": "resistance_thermal", "name": "Thermal Contact Resistance", "description": "Define contact resistance as thin layer at interface.\nIMPORTANT: The same condition has to be set on both sides.\nResistance can be calculated as \\( d / \\lambda \\)\n(\\( d \\) - thickness, \\( \\lambda \\) - conductivity).", "isInterfaceType": true, "isOuterType": false, "properties": [ { "key": "resistance_thermal", "name": "Thermal Contact Resistance", "symbol": "R", "units": "\\frac{m^2 K}{W}", "baseUnit": "siNone", "min": 0, "minExclude": true } ] } ], "initialConditions": { "properties": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false, "default": 22 } ] }, "material": { "properties": [ { "key": "lambda", "name": "Thermal conductivity", "symbol": "\\lambda", "units": "\\frac{W}{m K}", "baseUnit": "siNone", "min": 0, "minExclude": true, "valueTypes": [ "scalar", "table", "expression" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false } ] }, { "key": "cp", "name": "Heat capacity", "symbol": "c_p", "units": "\\frac{J}{kg K}", "baseUnit": "siNone", "min": 0, "minExclude": true, "valueTypes": [ "scalar", "table" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false } ] }, { "key": "rho", "name": "Density", "symbol": "\\rho", "units": "\\frac{kg}{m^3}", "baseUnit": "siNone", "min": 0, "minExclude": true, "valueTypes": [ "scalar", "table" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false } ] }, { "key": "_maxTempCalculation", "name": "Max Temperature calculation", "default": true, "style": "checkbox", "hidden": true }, { "key": "_phaseCalculation", "name": "Phase calculation", "default": false, "style": "checkbox" }, { "key": "ATemp1", "name": "Austenization start temp.", "symbol": "T_{Ac_1}", "units": "\\degree C", "baseUnit": "siNone", "min": 0, "minExclude": true, "description": "Temperature at which austenite begins to form. If unknown - use Ac1 = Ac3", "relevance": [ { "key": "_phaseCalculation", "value": true } ] }, { "key": "ATemp3", "name": "Fully austenized temp.", "symbol": "T_{Ac_3}", "units": "\\degree C", "baseUnit": "siNone", "min": 0, "minExclude": true, "description": "Austenization temperature; the temperature at which structure is fully austenite", "relevance": [ { "key": "_phaseCalculation", "value": true } ] }, { "key": "MartStart", "name": "Martensite start temp.", "symbol": "T_{Ms}", "units": "\\degree C", "baseUnit": "siNone", "min": 0, "minExclude": true, "description": "Martensite formation start temperature; belove this temperature martensite phase occur", "relevance": [ { "key": "_phaseCalculation", "value": true } ] }, { "key": "StartTime", "name": "Phase change start time", "symbol": "t_s", "units": "s", "baseUnit": "siNone", "min": 0, "minExclude": true, "valueTypes": [ "table" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false } ], "description": "Time data for the C-curve which reprezents the begining of phase change (usually when 1% transformation has happened)", "relevance": [ { "key": "_phaseCalculation", "value": true } ] }, { "key": "EndTime", "name": "Phase change end time", "symbol": "t_e", "units": "s", "baseUnit": "siNone", "min": 0, "minExclude": true, "valueTypes": [ "table" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false } ], "description": "Time data for the C-curve which reprezents the end of phase change (usually when 99% change has happened)", "relevance": [ { "key": "_phaseCalculation", "value": true } ] } ] } } ] }, { "key": "subPhysicsEMGeneral3D", "name": "Low frequency 3D,", "description": "Solves EM 3D", "physicsKey": "physicsElectromagnetics", "physicsName": "Electromagnetics", "arguments": [ { "id": 3, "key": "magflux", "name": "Magnetic Flux Density", "symbol": "B", "units": "T", "baseUnit": "siTesla" } ], "resultValues": [ { "id": 3, "key": "Jheat", "name": "Joule heat", "symbol": "Q", "units": "\\frac{W}{m^3}", "baseUnit": "siHeatSource" }, { "id": 3, "key": "Bfield", "name": "Magnetic Flux Density", "symbol": "B", "units": "T", "baseUnit": "siTesla" }, { "id": 3, "key": "Bfield_re", "name": "Magnetic field intensity (Re)", "symbol": "B", "units": "T", "baseUnit": "siTesla", "components": 3 }, { "id": 3, "key": "Bfield_im", "name": "Magnetic field intensity (Im)", "symbol": "B", "units": "T", "baseUnit": "siTesla", "components": 3 }, { "key": "CurrDens", "name": "Current density", "symbol": "J", "units": "\\frac{A}{m^2}", "baseUnit": "siCurrentDensity" }, { "key": "CurrDens_re", "name": "Current density (Re)", "symbol": "J", "units": "\\frac{A}{m^2}", "baseUnit": "siCurrentDensity", "components": 3 }, { "key": "CurrDens_im", "name": "Current density (Im)", "symbol": "J", "units": "\\frac{A}{m^2}", "baseUnit": "siCurrentDensity", "components": 3 }, { "key": "volt", "name": "Voltage", "symbol": "U", "units": "V", "default": 0, "baseUnits": "siVolt" }, { "key": "volt_re", "name": "Electric scalar potential (Re)", "symbol": "U", "units": "V", "default": 0, "baseUnits": "siVolt", "components": 3 }, { "key": "volt_im", "name": "Electric scalar potential (Im)", "symbol": "U", "units": "V", "default": 0, "baseUnits": "siVolt", "components": 3 } ], "timeTypes": [ { "id": 3, "key": "harmonic", "name": "Harmonic", "properties": [ { "key": "frequency", "name": "Frequency", "symbol": "f", "baseUnit": "siHertz", "min": 0, "minExclude": true, "valueTypes": [ "scalar", "table" ], "arguments": [ { "id": 2, "key": "time", "name": "Time", "symbol": "t", "units": "s", "baseUnit": "siTime" } ] } ] }, { "id": 1, "key": "steady", "name": "Steady" } ], "domainTypes": [ { "id": 1, "key": "em_nc", "name": "Non-conductive", "material": { "properties": [ { "key": "mu", "name": "Magnetic permeability", "symbol": "\\mu_r", "units": "-", "baseUnits": "siNone", "min": 0, "minExclude": true, "valueTypes": [ "scalar", "table", "expression" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false } ], "relevance": [ { "key": "useBHModel", "value": false }, { "key": "useTForMagFlux", "value": false } ] }, { "id": 3, "key": "BHModel", "name": "Magnetic Flux Density", "symbol": "B", "units": "T", "baseUnit": "siTesla", "valueTypes": [ "table" ], "arguments": [ { "key": "magIntensity", "name": "Magnetic field intensity", "symbol": "H", "units": "\\frac{A}{m}", "baseUnit": "siAmperePerMeter", "always": true } ], "relevance": [ { "key": "useBHModel", "value": true } ] }, { "key": "useBHModel", "name": "Use B(H) model", "default": false, "style": "checkbox", "incompatibleWith": [ "useAnalyticBHModel" ] }, { "key": "useTForMagFlux", "name": "Use temperature dependance", "description": "\\( \\mu(T) = 1 + (1 - \\mu_r)(1-(T/T_C)^\\beta) \\)", "default": false, "style": "checkbox", "relevance": [ { "key": "physicsThermal", "value": true } ] }, { "id": 1, "key": "TCurie", "name": "Curie temperature", "symbol": "T_C", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false, "relevance": [ { "key": "physicsThermal", "value": true }, { "key": "useTForMagFlux", "value": true } ] }, { "key": "TCurieExponent", "name": "Exponent", "symbol": "\\beta", "units": "-", "baseUnit": "siNone", "relevance": [ { "key": "physicsThermal", "value": true }, { "key": "useTForMagFlux", "value": true } ] }, { "key": "TCurieExponent", "name": "Exponent", "symbol": "\\beta", "units": "-", "baseUnit": "siNone", "relevance": [ { "key": "physicsThermal", "value": true }, { "key": "useTForMagFlux", "value": true } ] }, { "key": "useSteinmetzLosses", "name": "Use power losses in non-conducting material", "description": "Steinmetz equation \\( q = k \\times f^a \\times B^b \\)", "default": false, "style": "checkbox", "relevance": [ { "key": "physicsThermal", "value": true } ] }, { "key": "steinmetz_k", "name": "Amplitude for power losses", "symbol": "k", "units": "W cm^-3", "baseUnit": "siNone", "relevance": [ { "key": "physicsThermal", "value": true }, { "key": "useSteinmetzLosses", "value": true } ] }, { "key": "steinmetz_a", "name": "Frequency exponent", "symbol": "a", "units": "-", "baseUnit": "siNone", "relevance": [ { "key": "physicsThermal", "value": true }, { "key": "useSteinmetzLosses", "value": true } ] }, { "key": "steinmetz_b", "name": "Magnetic field exponent", "symbol": "b", "units": "-", "baseUnit": "siNone", "relevance": [ { "key": "physicsThermal", "value": true }, { "key": "useSteinmetzLosses", "value": true } ] } ] }, "boundaryTypes": [ { "id": 1, "key": "infinity", "name": "Infinity", "description": "Zero vector potential at the boundary", "properties": [ { "key": "Gauge", "name": "Vector potential", "symbol": "A", "units": "T/m", "baseUnits": "siMagneticVectorPotential", "default": 0, "hidden": true }, { "key": "MVP_3D", "name": "Vector potential", "symbol": "A", "units": "T/m", "baseUnits": "siMagneticVectorPotential", "default": 0, "hidden": true } ] }, { "id": 3, "key": "flux_parallel_ncond", "name": "Flux parallel", "description": "Magnetic field lines are parallel to the boundary", "properties": [ { "key": "MVP_3D", "name": "Vector potential", "symbol": "A", "units": "T/m", "baseUnits": "siMagneticVectorPotential", "default": 0, "hidden": true }, { "key": "Gauge", "name": "Vector potential", "symbol": "A", "units": "T/m", "baseUnits": "siMagneticVectorPotential", "default": 0, "hidden": true } ] }, { "id": 4, "key": "flux_normal", "name": "Flux normal", "description": "Magnetic field lines are normal to the boundary" }, { "id": 8, "key": "interface", "name": "Interface", "description": "Internal face between two domains", "isInterfaceType": true, "isOuterType": false, "properties": [ { "key": "Lin3D", "name": "Dummy line", "default": 1, "hidden": true } ] } ] }, { "id": 2, "key": "em_cc", "name": "Conductive", "material": { "properties": [ { "key": "sigma", "name": "Electric conductivity", "symbol": "\\sigma", "units": "\\frac{S}{m}", "baseUnits": "siSimensOnMeter", "min": 0, "minExclude": false, "valueTypes": [ "scalar", "table", "expression" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false } ] }, { "key": "mu", "name": "Magnetic permeability", "symbol": "\\mu_r", "units": "-", "baseUnits": "siNone", "min": 0, "minExclude": true, "valueTypes": [ "scalar", "table", "expression" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false } ], "relevance": [ { "key": "useBHModel", "value": false }, { "key": "useTForMagFlux", "value": false } ] }, { "key": "mu_C", "name": "Magnetic permeability", "symbol": "\\mu_r", "units": "-", "baseUnits": "siNone", "min": 0, "minExclude": true, "valueTypes": [ "scalar", "expression" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false } ], "relevance": [ { "key": "useBHModel", "value": false }, { "key": "useTForMagFlux", "value": true } ] }, { "id": 3, "key": "BHModel", "name": "Magnetic Flux Density", "symbol": "B", "units": "T", "baseUnit": "siTesla", "valueTypes": [ "table" ], "arguments": [ { "key": "magIntensity", "name": "Magnetic field intensity", "symbol": "H", "units": "\\frac{A}{m}", "baseUnit": "siAmperePerMeter", "always": true } ], "relevance": [ { "key": "useBHModel", "value": true } ] }, { "key": "useBHModel", "name": "Use B(H) model", "default": false, "style": "checkbox", "incompatibleWith": [ "useAnalyticBHModel" ] }, { "key": "useTForMagFlux", "name": "Use temperature dependance", "description": "\\( \\mu(T) = 1 + (1 - \\mu_r)(1-(T/T_C)^\\beta) \\)", "default": false, "style": "checkbox", "relevance": [ { "key": "physicsThermal", "value": true } ] }, { "id": 1, "key": "TCurie", "name": "Curie temperature", "symbol": "T_C", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false, "relevance": [ { "key": "physicsThermal", "value": true }, { "key": "useTForMagFlux", "value": true } ] }, { "key": "TCurieExponent", "name": "Exponent", "symbol": "\\beta", "units": "-", "baseUnit": "siNone", "relevance": [ { "key": "physicsThermal", "value": true }, { "key": "useTForMagFlux", "value": true } ] } ] }, "boundaryTypes": [ { "id": 1, "key": "infinity", "name": "Infinity", "description": "Zero vector potential at the boundary", "properties": [ { "key": "Gauge", "name": "Vector potential", "symbol": "A", "units": "T/m", "baseUnits": "siMagneticVectorPotential", "default": 0, "hidden": true }, { "key": "MVP_3D", "name": "Vector potential", "symbol": "A", "units": "T/m", "baseUnits": "siMagneticVectorPotential", "default": 0, "hidden": true } ] }, { "id": 2, "key": "flux_parallel_cond", "name": "Flux parallel", "description": "Magnetic field lines are parallel to the boundary", "properties": [ { "key": "MVP_3D", "name": "Vector potential", "symbol": "A", "units": "T/m", "baseUnits": "siMagneticVectorPotential", "default": 0, "hidden": true }, { "key": "Gauge", "name": "Vector potential", "symbol": "A", "units": "T/m", "baseUnits": "siMagneticVectorPotential", "default": 0, "hidden": true }, { "key": "ElPot", "name": "Electric Scalar Potential", "symbol": "\\phi", "baseUnits": "siVolt", "default": 0, "hidden": true } ] }, { "id": 4, "key": "flux_normal", "name": "Flux normal", "description": "Magnetic field lines are normal to the boundary" }, { "id": 8, "key": "interface", "name": "Interface", "description": "Internal face between two domains", "isInterfaceType": true, "isOuterType": false, "properties": [ { "key": "Lin3D", "name": "Dummy line", "default": 1, "hidden": true } ] }, { "id": 13, "key": "resistance_electric", "name": "Electric Contact Resistance", "description": "Define contact resistance as thin layer at interface.\nIMPORTANT: The same condition has to be set on both sides.\nResistance can be calculated as \\( d / \\sigma \\)\n(\\( d \\) - thickness, \\( \\sigma \\) - conductivity).", "isInterfaceType": true, "isOuterType": false, "properties": [ { "key": "resistance_electric", "name": "Electric contact resistance", "symbol": "R", "units": "\\Omega m^2", "baseUnit": "siNone", "min": 0, "minExclude": true } ] } ] }, { "id": 3, "key": "source_dom", "name": "Current source", "material": { "properties": [ { "key": "sigma", "name": "Electric conductivity", "symbol": "\\sigma", "units": "\\frac{S}{m}", "baseUnits": "siSimensOnMeter", "min": 0, "minExclude": false, "valueTypes": [ "scalar", "table", "expression" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false } ] }, { "key": "mu", "name": "Magnetic permeability", "symbol": "\\mu_r", "units": "-", "baseUnits": "siNone", "min": 0, "minExclude": true, "valueTypes": [ "scalar", "table", "expression" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false } ], "relevance": [ { "key": "useBHModel", "value": false }, { "key": "useTForMagFlux", "value": false } ] }, { "key": "mu_C", "name": "Magnetic permeability", "symbol": "\\mu_r", "units": "-", "baseUnits": "siNone", "min": 0, "minExclude": true, "valueTypes": [ "scalar", "expression" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false } ], "relevance": [ { "key": "useBHModel", "value": false }, { "key": "useTForMagFlux", "value": true } ] }, { "id": 3, "key": "BHModel", "name": "Magnetic Flux Density", "symbol": "B", "units": "T", "baseUnit": "siTesla", "valueTypes": [ "table" ], "arguments": [ { "key": "magIntensity", "name": "Magnetic field intensity", "symbol": "H", "units": "\\frac{A}{m}", "baseUnit": "siAmperePerMeter", "always": true } ], "relevance": [ { "key": "useBHModel", "value": true } ] }, { "key": "useBHModel", "name": "Use B(H) model", "default": false, "style": "checkbox", "incompatibleWith": [ "useAnalyticBHModel" ] }, { "key": "useTForMagFlux", "name": "Use temperature dependance", "description": "\\( \\mu(T) = 1 + (1 - \\mu_r)(1-(T/T_C)^\\beta) \\)", "default": false, "style": "checkbox", "relevance": [ { "key": "physicsThermal", "value": true } ] }, { "id": 1, "key": "TCurie", "name": "Curie temperature", "symbol": "T_C", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false, "relevance": [ { "key": "physicsThermal", "value": true }, { "key": "useTForMagFlux", "value": true } ] }, { "key": "TCurieExponent", "name": "Exponent", "symbol": "\\beta", "units": "-", "baseUnit": "siNone", "relevance": [ { "key": "physicsThermal", "value": true }, { "key": "useTForMagFlux", "value": true } ] } ] }, "boundaryTypes": [ { "id": 5, "key": "voltage", "name": "Voltage (Amplitude)", "description": "Voltage source. Amplitude value has to be input\n\\( U_{amplitude} = U_{RMS} * \\sqrt{2}\\)", "properties": [ { "key": "V_3D", "name": "Voltage", "symbol": "U", "units": "V", "default": 0, "baseUnits": "siVolt", "valueTypes": [ "scalar", "table", "expression" ], "arguments": [ { "id": 2, "key": "time", "name": "Time", "symbol": "t", "units": "s", "baseUnit": "siTime" } ] }, { "key": "Gauge", "name": "Vector potential", "symbol": "A", "units": "T/m", "baseUnits": "siMagneticVectorPotential", "default": 0, "hidden": true } ] }, { "id": 6, "key": "current", "name": "Current (Amplitude)", "description": "Current source. Amplitude value has to be input\n\\( I_{amplitude} = I_{RMS} * \\sqrt{2} \\)", "properties": [ { "key": "I_3D", "name": "Current (Amplitude)", "symbol": "I", "units": "A", "baseUnits": "siAmpere", "valueTypes": [ "scalar", "table", "expression" ], "arguments": [ { "id": 2, "key": "time", "name": "Time", "symbol": "t", "units": "s", "baseUnit": "siTime" } ] }, { "key": "Gauge", "name": "Vector potential", "symbol": "A", "units": "T/m", "baseUnits": "siMagneticVectorPotential", "default": 0, "hidden": true } ] }, { "id": 7, "key": "ground", "name": "Ground", "properties": [ { "key": "Gauge", "name": "Vector potential", "symbol": "A", "units": "T/m", "baseUnits": "siMagneticVectorPotential", "default": 0, "hidden": true }, { "key": "MVP_3D", "name": "Vector potential", "symbol": "A", "units": "T/m", "baseUnits": "siMagneticVectorPotential", "default": 0, "hidden": true } ] }, { "id": 6, "key": "power", "name": "Power", "properties": [ { "key": "I_3D", "name": "Current (Amplitude)", "symbol": "I", "units": "A", "baseUnits": "siAmpere", "default": 1, "hidden": true }, { "key": "Gauge", "name": "Vector potential", "symbol": "A", "units": "T/m", "baseUnits": "siMagneticVectorPotential", "default": 0, "hidden": true }, { "key": "target_power", "name": "Power", "symbol": "P", "units": "W", "baseUnits": "siW", "valueTypes": [ "scalar", "table", "expression" ], "arguments": [ { "id": 2, "key": "time", "name": "Time", "symbol": "t", "units": "s", "baseUnit": "siTime" } ] } ] }, { "id": 2, "key": "flux_parallel_cond", "name": "Flux parallel", "description": "Magnetic field lines are parallel to the boundary", "properties": [ { "key": "MVP_3D", "name": "Vector potential", "symbol": "A", "units": "T/m", "baseUnits": "siMagneticVectorPotential", "default": 0, "hidden": true }, { "key": "Gauge", "name": "Vector potential", "symbol": "A", "units": "T/m", "baseUnits": "siMagneticVectorPotential", "default": 0, "hidden": true }, { "key": "ElPot", "name": "Electric Scalar Potential", "symbol": "\\phi", "baseUnits": "siVolt", "default": 0, "hidden": true } ] }, { "id": 4, "key": "flux_normal", "name": "Flux normal", "description": "Magnetic field lines are normal to the boundary" }, { "id": 8, "key": "interface", "name": "Interface", "description": "Internal face between two domains", "isInterfaceType": true, "isOuterType": false, "properties": [ { "key": "Lin3D", "name": "Dummy line", "default": 1, "hidden": true } ] }, { "id": 1, "key": "infinity", "name": "Infinity", "description": "Zero vector potential at the boundary", "properties": [ { "key": "Gauge", "name": "Vector potential", "symbol": "A", "units": "T/m", "baseUnits": "siMagneticVectorPotential", "default": 0, "hidden": true }, { "key": "MVP_3D", "name": "Vector potential", "symbol": "A", "units": "T/m", "baseUnits": "siMagneticVectorPotential", "default": 0, "hidden": true } ] }, { "id": 13, "key": "resistance_electric", "name": "Electric Contact Resistance", "description": "Define contact resistance as thin layer at interface.\nIMPORTANT: The same condition has to be set on both sides.\nResistance can be calculated as \\( d / \\sigma \\)\n(\\( d \\) - thickness, \\( \\sigma \\) - conductivity).", "isInterfaceType": true, "isOuterType": false, "properties": [ { "key": "resistance_electric", "name": "Electric contact resistance", "symbol": "R", "units": "\\Omega m^2", "baseUnit": "siNone", "min": 0, "minExclude": true } ] } ], "domain_groups": { "source_domain": [ "this" ], "terms": [ "voltage", "current", "ground" ] } }, { "id": 5, "key": "em_sibc", "name": "Surface Impedance Domain", "material": { "properties": [ { "key": "sigma", "name": "Electric conductivity", "symbol": "\\sigma", "units": "\\frac{S}{m}", "baseUnits": "siSimensOnMeter", "min": 0, "minExclude": false, "valueTypes": [ "scalar", "table", "expression" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false } ] }, { "key": "mu", "name": "Magnetic permeability", "symbol": "\\mu_r", "units": "-", "baseUnits": "siNone", "min": 0, "minExclude": true, "valueTypes": [ "scalar", "table", "expression" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false } ] } ] }, "boundaryTypes": [ { "id": 1, "key": "infinity", "name": "Infinity", "description": "Zero vector potential at the boundary", "properties": [ { "key": "Gauge", "name": "Vector potential", "symbol": "A", "units": "T/m", "baseUnits": "siMagneticVectorPotential", "default": 0, "hidden": true }, { "key": "MVP_3D", "name": "Vector potential", "symbol": "A", "units": "T/m", "baseUnits": "siMagneticVectorPotential", "default": 0, "hidden": true } ] }, { "id": 2, "key": "flux_parallel_cond", "name": "Flux parallel", "description": "Magnetic field lines are parallel to the boundary", "properties": [ { "key": "MVP_3D", "name": "Vector potential", "symbol": "A", "units": "T/m", "baseUnits": "siMagneticVectorPotential", "default": 0, "hidden": true }, { "key": "Gauge", "name": "Vector potential", "symbol": "A", "units": "T/m", "baseUnits": "siMagneticVectorPotential", "default": 0, "hidden": true }, { "key": "ElPot", "name": "Electric Scalar Potential", "symbol": "\\phi", "baseUnits": "siVolt", "default": 0, "hidden": true } ] }, { "id": 4, "key": "flux_normal", "name": "Flux normal", "description": "Magnetic field lines are normal to the boundary" }, { "id": 8, "key": "interface", "name": "Interface", "description": "Internal face between two domains", "isInterfaceType": true, "isOuterType": false, "properties": [ { "key": "Lin3D", "name": "Dummy line", "default": 1, "hidden": true } ] }, { "id": 9, "key": "sibc", "name": "Surface Impedance", "description": "Surface Impedance Boundary Condition" } ] }, { "id": 6, "key": "stranded_source_dom", "name": "Stranded Coil Source", "material": { "properties": [ { "key": "sigma", "name": "Electric conductivity", "symbol": "\\sigma", "units": "\\frac{S}{m}", "baseUnits": "siSimensOnMeter", "min": 0, "minExclude": false, "valueTypes": [ "scalar", "table", "expression" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false } ] }, { "key": "mu", "name": "Magnetic permeability", "symbol": "\\mu_r", "units": "-", "baseUnits": "siNone", "min": 0, "minExclude": true, "valueTypes": [ "scalar", "table", "expression" ], "arguments": [ { "id": 1, "key": "temperature", "name": "Temperature", "symbol": "T", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false } ], "relevance": [ { "key": "useBHModel", "value": false }, { "key": "useTForMagFlux", "value": false } ] }, { "id": 3, "key": "BHModel", "name": "Magnetic Flux Density", "symbol": "B", "units": "T", "baseUnit": "siTesla", "valueTypes": [ "table" ], "arguments": [ { "key": "magIntensity", "name": "Magnetic field intensity", "symbol": "H", "units": "\\frac{A}{m}", "baseUnit": "siAmperePerMeter", "always": true } ], "relevance": [ { "key": "useBHModel", "value": true } ] }, { "key": "useBHModel", "name": "Use B(H) model", "default": false, "style": "checkbox", "incompatibleWith": [ "useAnalyticBHModel" ] }, { "key": "useTForMagFlux", "name": "Use temperature dependance", "description": "\\( \\mu(T) = 1 + (1 - \\mu_r)(1-(T/T_C)^\\beta) \\)", "default": false, "style": "checkbox", "relevance": [ { "key": "physicsThermal", "value": true } ] }, { "id": 1, "key": "TCurie", "name": "Curie temperature", "symbol": "T_C", "units": "\\degree C", "baseUnit": "siTemperature", "min": -273.15, "minExclude": false, "relevance": [ { "key": "physicsThermal", "value": true }, { "key": "useTForMagFlux", "value": true } ] }, { "key": "TCurieExponent", "name": "Exponent", "symbol": "\\beta", "units": "-", "baseUnit": "siNone", "relevance": [ { "key": "physicsThermal", "value": true }, { "key": "useTForMagFlux", "value": true } ] } ] }, "boundaryTypes": [ { "id": 11, "key": "current_stranded", "name": "Current", "properties": [ { "key": "I_3D", "name": "Current (Amplitude)", "symbol": "I", "units": "A", "baseUnits": "siAmpere", "hidden": true, "default": 1 }, { "key": "Gauge", "name": "Vector potential", "symbol": "A", "units": "T/m", "baseUnits": "siMagneticVectorPotential", "default": 0, "hidden": true } ] }, { "id": 12, "key": "ground_stranded", "name": "Ground", "properties": [ { "key": "Gauge", "name": "Vector potential", "symbol": "A", "units": "T/m", "baseUnits": "siMagneticVectorPotential", "default": 0, "hidden": true }, { "key": "MVP_3D", "name": "Vector potential", "symbol": "A", "units": "T/m", "baseUnits": "siMagneticVectorPotential", "default": 0, "hidden": true } ] }, { "id": 2, "key": "flux_parallel_cond", "name": "Flux parallel", "description": "Magnetic field lines are parallel to the boundary", "properties": [ { "key": "MVP_3D", "name": "Vector potential", "symbol": "A", "units": "T/m", "baseUnits": "siMagneticVectorPotential", "default": 0, "hidden": true }, { "key": "Gauge", "name": "Vector potential", "symbol": "A", "units": "T/m", "baseUnits": "siMagneticVectorPotential", "default": 0, "hidden": true }, { "key": "ElPot", "name": "Electric Scalar Potential", "symbol": "\\phi", "baseUnits": "siVolt", "default": 0, "hidden": true } ] }, { "id": 4, "key": "flux_normal", "name": "Flux normal", "description": "Magnetic field lines are normal to the boundary" }, { "id": 8, "key": "interface", "name": "Interface", "description": "Internal face between two domains", "isInterfaceType": true, "isOuterType": false, "properties": [ { "key": "Lin3D", "name": "Dummy line", "default": 1, "hidden": true } ] }, { "id": 1, "key": "infinity", "name": "Infinity", "description": "Zero vector potential at the boundary", "properties": [ { "key": "Gauge", "name": "Vector potential", "symbol": "A", "units": "T/m", "baseUnits": "siMagneticVectorPotential", "default": 0, "hidden": true }, { "key": "MVP_3D", "name": "Vector potential", "symbol": "A", "units": "T/m", "baseUnits": "siMagneticVectorPotential", "default": 0, "hidden": true } ] } ], "properties": [ { "key": "a_litz", "name": "Litz wire", "default": false, "style": "checkbox" }, { "key": "Nc", "name": "Number of turns", "symbol": "N", "units": "-", "baseUnit": "siNone", "type": "integer" }, { "name": "Fill Factor", "symbol": "f", "units": "-", "baseUnit": "siNone", "min": 0, "minExclude": true, "max": 1, "maxExclude": false, "key": "FillFactor" }, { "key": "cross_section_area", "name": "Cross section area", "symbol": "A", "units": "m^2", "baseUnit": "siNone" }, { "key": "I_str", "name": "Current (Amplitude)", "symbol": "I", "units": "A", "valueTypes": [ "scalar", "table", "expression" ], "arguments": [ { "id": 2, "key": "time", "name": "Time", "symbol": "t", "units": "s", "baseUnit": "siTime" } ] } ] } ] } ] } ] } ] }, { "key": "physicsMagnetStirring", "name": "Magnet Stirring", "isMultiPhysics": true, "subPhysics": [ { "key": "subPhysicsStirring", "name": "Magnet Stirring", "description": "Solves magnet stirring MHD problem", "basisList": [ { "key": "subPhysicsStirringGeneral2D", "basis": { "key": "mesh2D", "name": "2D", "dimensions": 2, "symmetryHeading": "Axial symmetry", "symmetryTypes": [ { "key": "planar", "id": 1, "name": "No", "properties": [ { "key": "depthZ", "name": "Depth in Z direction", "symbol": "L_Z", "units": "m", "baseUnit": "siNone", "default": 1 } ] }, { "key": "axial", "id": 2, "name": "Yes (y axis)", "description": "Y-axis must be the axis of symmetry in geometry/mesh. If it is not so, please go back to pre-processing part, rotate the mesh and save it to CENOS again" } ] }, "isMultiPhysics": true, "physicsList": [ { "key": "subPhysicsFluidGeneral", "name": "Fluid Dynamics", "description": "Solves Fluid dynamics", "physicsKey": "physicsFluidDynamics", "physicsName": "Fluid Dynamics", "arguments": [], "timeTypes": [ { "id": 2, "key": "transient", "name": "Transient", "arguments": [ { "id": 2, "key": "time", "name": "Time", "symbol": "t", "units": "s", "baseUnit": "siTime" } ], "properties": [ { "id": 2, "key": "tstart", "name": "Initial time", "symbol": "t_0", "units": "s", "baseUnit": "siTime", "default": 0, "hidden": true }, { "id": 2, "key": "tend", "name": "End time", "symbol": "t_1", "units": "s", "baseUnit": "siTime", "min": 0, "minExclude": true }, { "key": "isAdaptive", "name": "Use adaptive time step", "default": false, "style": "checkbox" }, { "id": 2, "key": "tstep", "name": "Calculation time step", "symbol": "\\delta t", "units": "s", "baseUnit": "siTime", "relevance": [ { "key": "isAdaptive", "value": false } ], "min": 0, "minExclude": true, "valueTypes": [ "scalar", "table" ] }, { "key": "sfreq", "name": "Save every n-th time step", "symbol": "n", "units": "", "baseUnit": "siNone", "valueKind": "integer", "hidden": true, "default": 1, "relevance": [ { "key": "isAdaptive", "value": false } ] }, { "key": "initdt", "name": "Initial time step", "symbol": "\\delta t_0", "units": "s", "baseUnit": "siTime", "default": 0.01, "hidden": false, "relevance": [ { "key": "isAdaptive", "value": true } ] }, { "key": "mindt", "name": "Minimal time step", "symbol": "\\delta t_{min}", "units": "s", "baseUnit": "siTime", "default": 1e-8, "hidden": true, "relevance": [ { "key": "isAdaptive", "value": true } ] }, { "key": "maxdt", "name": "Maximal time step", "symbol": "\\delta t_{max}", "units": "s", "baseUnit": "siTime", "default": 100000, "hidden": true, "relevance": [ { "key": "isAdaptive", "value": true } ] }, { "key": "toler1", "name": "Toler1", "symbol": "\\t_{1}", "units": "s", "baseUnit": "siTime", "default": 0.0005, "hidden": true, "sendAlways": true, "relevance": [ { "key": "isAdaptive", "value": true } ] }, { "key": "toler2", "name": "Toler2", "symbol": "\\t_{1}", "units": "s", "baseUnit": "siTime", "default": 1, "hidden": true, "sendAlways": true, "relevance": [ { "key": "isAdaptive", "value": true } ] }, { "key": "hasCalculatedTimeStep", "name": "Has calculated timestep (hidden parameter)", "default": false, "style": "checkbox", "hidden": true }, { "key": "continueFromLast", "name": "Continue from the last time step", "default": false, "style": "checkbox", "relevance": [ { "key": "hasCalculatedTimeStep", "value": true } ] } ] }, { "id": 1, "key": "steady", "name": "Steady" } ], "domainTypes": [ { "id": 1, "key": "fluid", "name": "Fluid domain", "material": { "properties": [ { "key": "nu", "name": "Viscosity", "symbol": "\\nu", "units": "\\frac{m}{s^2}", "baseUnit": "siViscosity", "min": 0, "minExclude": false }, { "key": "rho", "name": "Density", "symbol": "\\rho", "units": "\\frac{kg}{m^3}", "baseUnits": "siDensity", "min": 0, "minExclude": false } ] }, "boundaryTypes": [ { "id": 1, "key": "inlet", "name": "Inlet", "description": "Inlet boundary condition", "properties": [ { "key": "velocity_x", "name": "Velocity X", "symbol": "U", "units": "m/s", "baseUnit": "siVelocity" }, { "key": "velocity_y", "name": "Velocity Y", "symbol": "U", "units": "m/s", "baseUnit": "siVelocity" }, { "key": "velocity_z", "name": "Velocity Z", "symbol": "U", "units": "m/s", "baseUnit": "siVelocity" } ] }, { "id": 2, "key": "outlet", "name": "Outlet", "description": "Outlet boundary condition", "properties": [ { "key": "pressure", "name": "Pressure", "symbol": "p", "units": "Pa", "baseUnit": "siPressure", "default": 0 } ] }, { "id": 3, "key": "wall", "name": "Wall", "description": "No slip boundary condition" } ] } ] }, { "key": "subPhysicsRotatingMagnetsGeneral", "name": "Rotating Magnets Electromagnetics", "description": "Solves Rotating Magnets Electromagnetics", "physicsKey": "physicsRotatingMagnetsEM", "physicsName": "EM for Magnets", "arguments": [], "timeTypes": [ { "id": 3, "key": "harmonic", "name": "Harmonic", "properties": [ { "key": "frequency", "name": "Frequency", "symbol": "f", "baseUnit": "siHertz", "min": 0, "minExclude": true, "valueTypes": [ "scalar", "table" ], "arguments": [ { "id": 2, "key": "time", "name": "Time", "symbol": "t", "units": "s", "baseUnit": "siTime" } ] } ] }, { "id": 1, "key": "steady", "name": "Steady" } ], "domainTypes": [ { "id": 1, "key": "non_conductive", "name": "Non-conductive", "material": { "properties": [ { "key": "mu", "name": "Magnetic permeability", "symbol": "\\mu_r", "units": "-", "baseUnits": "siNone", "min": 0, "minExclude": true } ] }, "boundaryTypes": [ { "id": 1, "key": "infinity", "name": "Infinity", "description": "Zero vector potential at the boundary" }, { "id": 2, "key": "flux_parallel", "name": "Flux parallel", "description": "Magnetic field lines are parallel to the boundary" }, { "id": 3, "key": "flux_normal", "name": "Flux normal", "description": "Magnetic field lines are normal to the boundary" }, { "id": 4, "key": "interface", "name": "Interface", "description": "Internal face between two domains", "isInterfaceType": true, "isOuterType": false } ] }, { "id": 2, "key": "conductive", "name": "Non-conductive", "material": { "properties": [ { "key": "mu", "name": "Magnetic permeability", "symbol": "\\mu_r", "units": "-", "baseUnits": "siNone", "min": 0, "minExclude": true }, { "key": "sigma", "name": "Electric conductivity", "symbol": "\\sigma", "units": "\\frac{S}{m}", "baseUnits": "siSimensOnMeter", "min": 0, "minExclude": false } ] }, "boundaryTypes": [ { "id": 1, "key": "infinity", "name": "Infinity", "description": "Zero vector potential at the boundary" }, { "id": 2, "key": "flux_parallel", "name": "Flux parallel", "description": "Magnetic field lines are parallel to the boundary" }, { "id": 3, "key": "flux_normal", "name": "Flux normal", "description": "Magnetic field lines are normal to the boundary" }, { "id": 4, "key": "interface", "name": "Interface", "description": "Internal face between two domains", "isInterfaceType": true, "isOuterType": false } ] }, { "id": 3, "key": "magnet", "name": "Magnet", "material": { "properties": [ { "key": "mu", "name": "Magnetic permeability", "symbol": "\\mu_r", "units": "-", "baseUnits": "siNone", "min": 0, "minExclude": true }, { "key": "sigma", "name": "Electric conductivity", "symbol": "\\sigma", "units": "\\frac{S}{m}", "baseUnits": "siSimensOnMeter", "min": 0, "minExclude": false }, { "key": "br", "name": "Magnet Remanence", "symbol": "B_r", "units": "T", "baseUnits": "siMagneticFluxDensity", "min": 0, "minExclude": false } ] }, "boundaryTypes": [ { "id": 1, "key": "infinity", "name": "Infinity", "description": "Zero vector potential at the boundary" }, { "id": 2, "key": "flux_parallel", "name": "Flux parallel", "description": "Magnetic field lines are parallel to the boundary" }, { "id": 3, "key": "flux_normal", "name": "Flux normal", "description": "Magnetic field lines are normal to the boundary" }, { "id": 4, "key": "interface", "name": "Interface", "description": "Internal face between two domains", "isInterfaceType": true, "isOuterType": false } ] } ] } ] }, { "key": "subPhysicsStirringGeneral3D", "basis": { "key": "mesh3D", "name": "3D", "dimensions": 3, "properties": null, "symmetryHeading": "Symmetry", "symmetryTypes": [ { "key": "full", "id": 3, "name": "Full 3D model" }, { "key": "slice", "id": 4, "name": "Slice", "properties": [ { "key": "symmetryFactor", "name": "Slice angle", "symbol": "\\alpha", "units": "-", "baseUnit": "siNone", "default": 360, "min": 0, "minExclude": true, "max": 360, "maxExclude": false } ] } ] }, "isMultiPhysics": true, "physicsList": [ { "key": "subPhysicsFluidGeneral", "name": "Fluid Dynamics", "description": "Solves Fluid dynamics", "physicsKey": "physicsFluidDynamics", "physicsName": "Fluid Dynamics", "arguments": [], "timeTypes": [ { "id": 2, "key": "transient", "name": "Transient", "arguments": [ { "id": 2, "key": "time", "name": "Time", "symbol": "t", "units": "s", "baseUnit": "siTime" } ], "properties": [ { "id": 2, "key": "tstart", "name": "Initial time", "symbol": "t_0", "units": "s", "baseUnit": "siTime", "default": 0, "hidden": true }, { "id": 2, "key": "tend", "name": "End time", "symbol": "t_1", "units": "s", "baseUnit": "siTime", "min": 0, "minExclude": true }, { "key": "isAdaptive", "name": "Use adaptive time step", "default": false, "style": "checkbox" }, { "id": 2, "key": "tstep", "name": "Calculation time step", "symbol": "\\delta t", "units": "s", "baseUnit": "siTime", "relevance": [ { "key": "isAdaptive", "value": false } ], "min": 0, "minExclude": true, "valueTypes": [ "scalar", "table" ] }, { "key": "sfreq", "name": "Save every n-th time step", "symbol": "n", "units": "", "baseUnit": "siNone", "valueKind": "integer", "hidden": true, "default": 1, "relevance": [ { "key": "isAdaptive", "value": false } ] }, { "key": "initdt", "name": "Initial time step", "symbol": "\\delta t_0", "units": "s", "baseUnit": "siTime", "default": 0.01, "hidden": false, "relevance": [ { "key": "isAdaptive", "value": true } ] }, { "key": "mindt", "name": "Minimal time step", "symbol": "\\delta t_{min}", "units": "s", "baseUnit": "siTime", "default": 1e-8, "hidden": true, "relevance": [ { "key": "isAdaptive", "value": true } ] }, { "key": "maxdt", "name": "Maximal time step", "symbol": "\\delta t_{max}", "units": "s", "baseUnit": "siTime", "default": 100000, "hidden": true, "relevance": [ { "key": "isAdaptive", "value": true } ] }, { "key": "toler1", "name": "Toler1", "symbol": "\\t_{1}", "units": "s", "baseUnit": "siTime", "default": 0.0005, "hidden": true, "sendAlways": true, "relevance": [ { "key": "isAdaptive", "value": true } ] }, { "key": "toler2", "name": "Toler2", "symbol": "\\t_{1}", "units": 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"key": "velocity_z", "name": "Velocity Z", "symbol": "U", "units": "m/s", "baseUnit": "siVelocity" } ] }, { "id": 2, "key": "outlet", "name": "Outlet", "description": "Outlet boundary condition", "properties": [ { "key": "pressure", "name": "Pressure", "symbol": "p", "units": "Pa", "baseUnit": "siPressure", "default": 0 } ] }, { "id": 3, "key": "wall", "name": "Wall", "description": "No slip boundary condition" } ] } ] } ], "subPhysics": [ { "key": "subPhysicsFluidDynamics", "name": "Fluid Dynamics", "description": "Solver for fluid dynamics", "basisList": [ { "key": "subPhysicsFluidDynamics2D", "basis": { "key": "mesh2D", "name": "2D", "dimensions": 2, "symmetryHeading": "Axial symmetry", "symmetryTypes": [ { "key": "planar", "id": 1, "name": "No", "properties": [ { "key": "depthZ", "name": "Depth in Z direction", "symbol": "L_Z", "units": "m", "baseUnit": "siNone", "default": 1 } ] }, { "key": "axial", "id": 2, "name": "Yes (y axis)", "description": "Y-axis must be the axis of 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If it is not so, please go back to pre-processing part, rotate the mesh and save it to CENOS again" } ] }, "name": "Fluid Dynamics", "description": "Solver for fluid dynamics", "physicsList": [ { "key": "subPhysicsFluidGeneral", "name": "Fluid Dynamics", "description": "Solves Fluid dynamics", "physicsKey": "physicsFluidDynamics", "physicsName": "Fluid Dynamics", "arguments": [], "timeTypes": [ { "id": 2, "key": "transient", "name": "Transient", "arguments": [ { "id": 2, "key": "time", "name": "Time", "symbol": "t", "units": "s", "baseUnit": "siTime" } ], "properties": [ { "id": 2, "key": "tstart", "name": "Initial time", "symbol": "t_0", "units": "s", "baseUnit": "siTime", "default": 0, "hidden": true }, { "id": 2, "key": "tend", "name": "End time", "symbol": "t_1", "units": "s", "baseUnit": "siTime", "min": 0, "minExclude": true }, { "key": "isAdaptive", "name": "Use adaptive time step", "default": false, "style": "checkbox" }, { "id": 2, "key": "tstep", "name": "Calculation time step", "symbol": "\\delta t", "units": "s", "baseUnit": "siTime", "relevance": [ { "key": "isAdaptive", "value": false } ], "min": 0, "minExclude": true, "valueTypes": [ "scalar", "table" ] }, { "key": "sfreq", "name": "Save every n-th time step", "symbol": "n", "units": "", "baseUnit": "siNone", "valueKind": "integer", "hidden": true, "default": 1, "relevance": [ { "key": "isAdaptive", "value": false } ] }, { "key": "initdt", "name": "Initial time step", "symbol": "\\delta t_0", "units": "s", "baseUnit": "siTime", "default": 0.01, "hidden": false, "relevance": [ { "key": "isAdaptive", "value": true } ] }, { "key": "mindt", "name": "Minimal time step", "symbol": "\\delta t_{min}", "units": "s", "baseUnit": "siTime", "default": 1e-8, "hidden": true, "relevance": [ { "key": "isAdaptive", "value": true } ] }, { "key": "maxdt", "name": "Maximal time step", "symbol": "\\delta t_{max}", "units": "s", "baseUnit": "siTime", "default": 100000, "hidden": true, "relevance": [ { "key": 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"subPhysicsFluidDynamics3D", "basis": { "key": "mesh3D", "name": "3D", "dimensions": 3, "properties": null, "symmetryHeading": "Symmetry", "symmetryTypes": [ { "key": "full", "id": 3, "name": "Full 3D model" }, { "key": "slice", "id": 4, "name": "Slice", "properties": [ { "key": "symmetryFactor", "name": "Slice angle", "symbol": "\\alpha", "units": "-", "baseUnit": "siNone", "default": 360, "min": 0, "minExclude": true, "max": 360, "maxExclude": false } ] } ] }, "name": "Fluid Dynamics", "description": "Solver for fluid dynamics", "physicsList": [ { "key": "subPhysicsFluidGeneral", "name": "Fluid Dynamics", "description": "Solves Fluid dynamics", "physicsKey": "physicsFluidDynamics", "physicsName": "Fluid Dynamics", "arguments": [], "timeTypes": [ { "id": 2, "key": "transient", "name": "Transient", "arguments": [ { "id": 2, "key": "time", "name": "Time", "symbol": "t", "units": "s", "baseUnit": "siTime" } ], "properties": [ { "id": 2, "key": "tstart", "name": "Initial time", "symbol": 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