SS.HeatTransfer 1.2.0

export function advanceHeat2D(ThermalGrid2D model, ThermalBoundary2D boundary, double timeStep, int steps, double tolerance, int maximumIterations, double relaxation)->HeatTransient2DResult

export class ConductionLineKernel(public double conductivity, public double source, public double elementLength): ElementKernel export function ConductionLineKernel_dofs(ConductionLineKernel self, int element) -> int[]

export function ConductionLineKernel_dofs(ConductionLineKernel self, int element) -> int[]

export function ConductionLineKernel_matrix(ConductionLineKernel self, int element) -> double[]

export function ConductionLineKernel_vector(ConductionLineKernel self, int element) -> double[]

export function convectionHeatFlux(heatTransferCoefficient coefficient, K surface, K ambient) -> heatFlux

export record HeatSteady2DResult(public double[] temperatures, public double[] boundaryHeatRates, public double sourceHeatRate, public double energyResidual, public double residual, public int iterations, public bool converged, public string diagnostic)

export record HeatTransient2DResult(public double[] temperatures, public double[] history, public double[] times, public double[] meanTemperatures, public double storedEnergyChange, public double sourceEnergy, public double boundaryEnergy, public double energyResidual, public double maximumResidual, public int completedSteps, public bool converged, public string diagnostic)

export function lumpedStep(K temperature, K ambient, kg mass, specificHeatCapacity specificHeat, heatTransferCoefficient coefficient, area surfaceArea, s timeStep) -> LumpedStepResult

export record LumpedStepResult(public K temperature, public J storedEnergyChange, public J transferredEnergy, public double balanceError)

export function planeWall(K hot, K cold, m[] thicknesses, thermalConductivity[] conductivities, area surfaceArea) -> PlaneWallResult

export record PlaneWallResult(public heatFlux flux, public K[] interfaceTemperatures, public W heatRate, public double balanceError)

export function solveNonlinearHeat2D(ThermalGrid2D model, ThermalRobinRadiationBoundaryResult boundary, double tolerance, int maximumIterations, double relaxation)->HeatSteady2DResult

export function solveSteadyHeat2D(ThermalGrid2D model, ThermalBoundary2D boundary, double tolerance, int maximumIterations, double relaxation)->HeatSteady2DResult

export function solveSteadyLine(K left, K right, m length, thermalConductivity conductivity, int elements) -> K[]

export function thermalBoundary2D(string[] kinds, double[] values, double[] ambientTemperatures, double[] emissivities)->ThermalBoundary2D

export record ThermalBoundary2D(public string[] kinds, public double[] values, public double[] ambientTemperatures, public double[] emissivities)

export function thermalGrid2D(int columns, int rows, double width, double height, double[] density, double[] specificHeat, double[] referenceConductivity, double[] conductivitySlope, double referenceTemperature, double[] source, double[] initialTemperature)->ThermalGrid2D

export record ThermalGrid2D(public int columns, public int rows, public double width, public double height, public double cellWidth, public double cellHeight, public double[] density, public double[] specificHeat, public double[] referenceConductivity, public double[] conductivitySlope, public double referenceTemperature, public double[] source, public double[] initialTemperature, public int cells)

export function thermalRobinRadiationBoundary(double[] convectionCoefficients, double[] ambientTemperatures, double[] emissivities, double[] radiationTemperatures)->ThermalRobinRadiationBoundaryResult

export record ThermalRobinRadiationBoundaryResult(public double[] convectionCoefficients, public double[] ambientTemperatures, public double[] emissivities, public double[] radiationTemperatures, public string[] edgeNames, public string diagnostic)

export function thermalUnstructuredMesh2D(double[] x, double[] y, int[] triangleNodes, double[] conductivity, double[] volumetricSource, string[] boundaryTags, double[] boundaryValues)->ThermalUnstructuredMesh2DResult

export record ThermalUnstructuredMesh2DResult(public double[] temperatures, public double maximumFreeResidual, public double energyResidual, public int nodes, public int triangles, public bool converged, public string diagnostic)

export function transientThermalEnergyAudit(ThermalGrid2D model, ThermalBoundary2D boundary, HeatTransient2DResult result, double timeStep, double tolerance)->TransientThermalEnergyAuditResult

export record TransientThermalEnergyAuditResult(public double[] storedEnergy, public double[] sourceEnergy, public double[] boundaryEnergy, public double[] residuals, public double maximumAbsoluteResidual, public bool balanced, public string diagnostic)