|
MEASUR-Tools-Suite v1.0.11
The MEASUR Tools Suite is a collection of industrial efficiency calculations written in C++ and with bindings for compilation to WebAssembly.
|
This is the complete list of members for InsulatedPipeReduction, including all inherited members.
| _airPropertiesArray (defined in InsulatedPipeReduction) | InsulatedPipeReduction | private |
| _insulatedPipeInput (defined in InsulatedPipeReduction) | InsulatedPipeReduction | private |
| calculate() (defined in InsulatedPipeReduction) | InsulatedPipeReduction | |
| calculateAirProperties(double temp) (defined in InsulatedPipeReduction) | InsulatedPipeReduction | |
| calculateAirProperty(int property, double temp) (defined in InsulatedPipeReduction) | InsulatedPipeReduction | |
| calculateConvectiveHeatTransferCoefficient(double nusselt, double airConductivity, double diameter) (defined in InsulatedPipeReduction) | InsulatedPipeReduction | static |
| calculateInsulation(InsulatedPipeInput input) (defined in InsulatedPipeReduction) | InsulatedPipeReduction | |
| calculateNoInsulation(InsulatedPipeInput input) (defined in InsulatedPipeReduction) | InsulatedPipeReduction | |
| calculateNusseltForcedConvection(double a, double b) (defined in InsulatedPipeReduction) | InsulatedPipeReduction | static |
| calculateNusseltFreeConvection(double a, double b) (defined in InsulatedPipeReduction) | InsulatedPipeReduction | static |
| calculateNusseltNumber(double a, double b) (defined in InsulatedPipeReduction) | InsulatedPipeReduction | static |
| calculateRadiativeHeatTransferCoefficient(double emissivity, double surfaceTemperature, double ambientTemperature) (defined in InsulatedPipeReduction) | InsulatedPipeReduction | static |
| calculateRayleighNumber(double expCoefficient, double surfaceTemperature, double ambientTemperature, double diameter, double kinematicViscosity, double alpha) (defined in InsulatedPipeReduction) | InsulatedPipeReduction | static |
| calculateReynoldsNumber(double diameter, double windVelocity, double kinematicViscosity) (defined in InsulatedPipeReduction) | InsulatedPipeReduction | static |
| calculateThermalResistance(double diameterA, double diameterB, double diameterC, double thermalConductivity) (defined in InsulatedPipeReduction) | InsulatedPipeReduction | static |
| InsulatedPipeReduction() (defined in InsulatedPipeReduction) | InsulatedPipeReduction | |
| InsulatedPipeReduction(InsulatedPipeInput insulatedPipeInput) (defined in InsulatedPipeReduction) | InsulatedPipeReduction | inline |
| insulationRecursive(InsulatedPipeInput input, double innerPipeDiameter, double insulationOuterDiameter, double surfaceTemperature, double interfaceTemperature, double heatLength, int i) (defined in InsulatedPipeReduction) | InsulatedPipeReduction | |
| lookupAirProperty(int property) (defined in InsulatedPipeReduction) | InsulatedPipeReduction | |
| lookupAirPropertyCoefficient(int property, int n) (defined in InsulatedPipeReduction) | InsulatedPipeReduction | |
| noInsulationRecursive(InsulatedPipeInput input, double innerPipeDiameter, double insulationOuterDiameter, double surfaceTemperature, double interfaceTemperature, double heatLength, int i) (defined in InsulatedPipeReduction) | InsulatedPipeReduction | |
| propertyFit(std::vector< double > coefficients, double temp) (defined in InsulatedPipeReduction) | InsulatedPipeReduction | private |
| validateInput(InsulatedPipeInput input) (defined in InsulatedPipeReduction) | InsulatedPipeReduction | private |
1.9.8