Add heat transfer #108
Add heat transfer #108
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| // ==================================================== | ||
| // Boundary condition | ||
| // ==================================================== | ||
| // EXAMPLE 1: Temperature profile imposed over entire domain |
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Reminder to remove some of this before merging
| double thermal_coeff; | ||
| double kappa; | ||
| double cp; | ||
| bool constant_conductivity; |
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I guess this refers to the "micro-conductivity"? Perhaps call it "constant_microconductivity"?
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| BaseDynamicTemperatureModel( const double _delta, const double _kappa, | ||
| const double _cp, | ||
| const bool _constant_conductivity = true ) |
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What do we do if we want a different micro-conductivity than the constant one?
| kappa = _kappa; | ||
| cp = _cp; | ||
| const double d3 = _delta * _delta * _delta; | ||
| thermal_coeff = 9.0 / 2.0 * _kappa / pi / d3; |
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This should be analogous to Line 52 in CabanaPD_ForceModels_PMB.hpp. I was wondering if we should use a more clear description. There, we used "c". However using "k" may not be good.
| constant_conductivity = _constant_conductivity; | ||
| } | ||
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| KOKKOS_INLINE_FUNCTION double conductivity_function( double r ) const |
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Should the function be called "microconductivity_function"?
| } | ||
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| template <class ParticleType> | ||
| void stepEuler( const ParticleType& particles, const double dt ) |
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Note we are using "forward" Euler
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| const double coeff = | ||
| model.thermal_coeff * model.conductivity_function( xi ); | ||
| conduction( i ) += |
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Where is conduction(i) initialized? Is this in Line 111: Cabana::deep_copy( conduction, 0.0 ); ?
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Yes, that's correct
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The difference between the critical time step of heat transfer and mechanics requires: |
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Includes various b.c. options
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Adds new heat transfer capability; part of #110
New example copies existing thermal deformation example