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KratosMultiphysics
KRATOS Multiphysics (Kratos) is a framework for building parallel, multi-disciplinary simulation software, aiming at modularity, extensibility, and high performance. Kratos is written in C++, and counts with an extensive Python interface.
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This is the complete list of members for Kratos::EstimateDtUtility, including all inherited members.
| CFLCalculatorType typedef | Kratos::EstimateDtUtility | |
| ElementSizeFunctionType typedef | Kratos::EstimateDtUtility | |
| EstimateDt() const | Kratos::EstimateDtUtility | |
| EstimateDtUtility(ModelPart &ModelPart, const double CFL, const double DtMin, const double DtMax) | Kratos::EstimateDtUtility | inline |
| EstimateDtUtility(ModelPart &ModelPart, const double CFL, const double ViscousFourier, const double ThermalFourier, const bool ConsiderArtificialDiffusion, const bool NodalDensityFormulation, const double DtMin, const double DtMax, const bool ConsiderCompressibilityInCFL=false) | Kratos::EstimateDtUtility | inline |
| EstimateDtUtility(ModelPart &ModelPart, Parameters &rParameters) | Kratos::EstimateDtUtility | inline |
| KRATOS_CLASS_POINTER_DEFINITION(EstimateDtUtility) | Kratos::EstimateDtUtility | |
| SetCFL(const double CFL) | Kratos::EstimateDtUtility | |
| SetDtMax(const double DtMax) | Kratos::EstimateDtUtility | |
| SetDtMin(const double DtMin) | Kratos::EstimateDtUtility | |
| SetThermalFourier(const double ThermalFourier) | Kratos::EstimateDtUtility | |
| SetViscousFourier(const double ViscousFourier) | Kratos::EstimateDtUtility | |
| ~EstimateDtUtility() | Kratos::EstimateDtUtility | inline |
1.9.1