#include <algorithm>
#include <cmath>
#include "physics/ThermalProperties.h"

Include dependency graph for ThermalUtils.h:

This graph shows which files directly or indirectly include this file:

Namespaces
namespace	Physics

namespace	Physics::Thermal

Functions
double	Physics::Thermal::fourthPower (double value)

double	Physics::Thermal::clampTemperature (double tempK)

double	Physics::Thermal::linearTemperatureFactor (double coeffPerK, double tempK, double referenceTempK)

double	Physics::Thermal::effectiveSpecificHeat (const ThermalProperties &props, double tempK)

double	Physics::Thermal::effectiveConductivity (const ThermalProperties &props, double tempK)

double	Physics::Thermal::effectiveEmissivity (const ThermalProperties &props, double tempK)

double	Physics::Thermal::effectiveAbsorptivity (const ThermalProperties &props, double tempK)

double	Physics::Thermal::effectiveDensity (const ThermalProperties &props, double tempK)

double	Physics::Thermal::activeThermalMass (double massKg, const ThermalProperties &props)

double	Physics::Thermal::heatCapacity (double massKg, const ThermalProperties &props)

double	Physics::Thermal::thermalDiffusivity (const ThermalProperties &props, double tempK)

double	Physics::Thermal::biotNumber (const ThermalProperties &props, double characteristicLengthM)

double	Physics::Thermal::fourierNumber (const ThermalProperties &props, double characteristicLengthM, double elapsedSeconds)

double	Physics::Thermal::carnotEfficiency (double hotTempK, double coldTempK)

double	Physics::Thermal::specificEntropyChange (double specificHeatJPerKgK, double fromTempK, double toTempK)

double	Physics::Thermal::convectionHeatRate (const ThermalProperties &props, double areaM2, double ambientTempK)

double	Physics::Thermal::ambientRadiationHeatRate (const ThermalProperties &props, double areaM2, double ambientTempK)

double	Physics::Thermal::externalHeatFluxRate (const ThermalProperties &props, double areaM2)

double	Physics::Thermal::conductiveHeatRate (double conductivityA, double conductivityB, double areaM2, double distanceM, double tempAK, double tempBK)

void	Physics::Thermal::applyThermalEnergy (ThermalProperties &props, double massKg, double energyJ)

void	Physics::Thermal::applyConductiveExchange (ThermalProperties &a, double massA, ThermalProperties &b, double massB, double areaM2, double distanceM, double dt)

template<typename HeatRateFn >
void	Physics::Thermal::integrateTemperature (ThermalProperties &props, double massKg, double dt, HeatRateFn &&heatRateAtTemp)

Variables
constexpr double	Physics::Thermal::kMinTemperatureK = 0.0

constexpr double	Physics::Thermal::kMaxTemperatureK = 1.0e8

constexpr double	Physics::Thermal::kMinConductionDistance = 1.0e-9

constexpr double	Physics::Thermal::kMaxThermalStepSeconds = 60.0

constexpr double	Physics::Thermal::kMaxTemperatureStepK = 25.0

constexpr double	Physics::Thermal::kMaxTemperatureStepFraction = 0.02

Namespaces

Functions

Variables