#include <cl_FEM_Calculator.hpp>
Public Member Functions | |
| MaxwellData (Calculator *aCalculator, Kernel *aMaxwellKernel, Kernel *aThermalKernel) | |
| ~MaxwellData ()=default | |
| const Vector< real > & | compute_h (const uint aIndex) |
| const Vector< real > & | compute_b (const uint aIndex) |
| const Vector< real > & | compute_j (const uint aIndex) |
| void | compute_x (const uint aIndex) |
| real | compute_rho (const uint aIndex) |
| real | compute_drhodT (const uint aIndex) |
| real | compute_drhodj (const uint aIndex) |
| real | compute_drhodb (const uint aIndex) |
| real | compute_drhodbeta (const uint aIndex) |
| real | compute_T (const uint aIndex) |
| real | compute_cp (const uint aIndex) |
| real | compute_dcpdT (const uint aIndex) |
| real | compute_lambda (const uint aIndex) |
| real | compute_dlambdadT (const uint aIndex) |
| void | reset () |
| real | norm_b (const uint aIndex) |
| real | norm_j (const uint aIndex) |
| real | density () const |
| bool | T_clamped () const |
| bool | rho_clamped () const |
| Calculator * | maxwell () |
| Calculator * | thermal () |
| real | compute_mu (const uint aIndex) |
| real | compute_dmudh (const uint aIndex) |
| real | compute_volumetric_heatload (const uint aIndex) |
| artificial volumetric heat load [ W/m³ ] at integration point aIndex, from the material's heating plugin; zero without one | |
| belfem::fem::calculator::MaxwellData::MaxwellData | ( | Calculator * | aCalculator, |
| Kernel * | aMaxwellKernel, | ||
| Kernel * | aThermalKernel ) |
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artificial volumetric heat load [ W/m³ ] at integration point aIndex, from the material's heating plugin; zero without one
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