- ale_foamindent_cpe3.inp
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Punch indentation problem using CPE3 elements.
- ale_foamindent_cpe3_gv.inp
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Punch indentation problem using CPE3 elements, and volume-based smoothing with geometric enhancements.
- ale_foamindent_cpe3h.inp
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Punch indentation problem using CPE3H elements.
- ale_foamindent_cpe3h_gv.inp
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Punch indentation problem using CPE3H elements, and volume-based smoothing with geometric enhancements.
- ale_foamindent_cps3.inp
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Punch indentation problem using CPS3 elements.
- ale_foamindent_cps3_gv.inp
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Punch indentation problem using CPS3 elements, and volume-based smoothing with geometric enhancements.
- ale_foamindent_cax3.inp
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Punch indentation problem using CAX3 elements.
- ale_foamindent_cax3_surf.inp
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Punch indentation problem with CAX3 elements using surface-to-surface contact.
- ale_foamindent_cax3_gv.inp
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Punch indentation problem using CAX3 elements, and volume-based smoothing with geometric enhancements.
- ale_foamindent_cax3h.inp
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Punch indentation problem using CAX3H elements.
- ale_foamindent_cax3h_gv.inp
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Punch indentation problem using CAX3H elements, and volume-based smoothing with geometric enhancements.
- ale_foamindent_cps4.inp
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Punch indentation problem using CPS4 elements.
- ale_foamindent_cps4_gv.inp
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Punch indentation problem using CPS4 elements, and volume-based smoothing with geometric enhancements.
- ale_foamindent_cpe4.inp
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Punch indentation problem using CPE4 elements.
- ale_foamindent_cpe4_gv.inp
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Punch indentation problem using CPE4 elements, and volume-based smoothing with geometric enhancements.
- ale_foamindent_cpe4h.inp
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Punch indentation problem using CPE4H elements.
- ale_foamindent_cpe4h_gv.inp
-
Punch indentation problem using CPE4H elements, and volume-based smoothing with geometric enhancements.
- ale_foamindent_cax4.inp
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Punch indentation problem using CAX4 elements.
- ale_foamindent_cax4h_gv.inp
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Punch indentation problem using CAX4H elements, and volume-based smoothing with geometric enhancements.
- ale_cps4t.inp
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Cantilever under gravity loading using CPS4T elements.
- ale_cpe4t.inp
-
Cantilever under gravity loading using CPE4T elements.
- ale_cpe4ht.inp
-
Cantilever under gravity loading using CPE4HT elements.
- ale_cpe4p.inp
-
Cantilever under gravity loading using CPE4P elements.
- ale_cpe4ph.inp
-
Cantilever under gravity loading using CPE4PH elements.
- ale_cax4t.inp
-
Cantilever under gravity loading using CAX4T elements.
- ale_cax4ht.inp
-
Cantilever under gravity loading using CAX4HT elements.
- ale_cax4p.inp
-
Cantilever under gravity loading using CAX4P elements.
- ale_cax4ph.inp
-
Cantilever under gravity loading using CAX4PH elements.
- ale_c3d8.inp
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Cantilever under gravity loading using C3D8 elements.
- ale_c3d8_gv.inp
-
Cantilever under gravity loading using C3D8 elements, and volume-based smoothing with geometric enhancements.
- ale_c3d8p.inp
-
Cantilever under gravity loading using C3D8P elements.
- ale_c3d8h.inp
-
Cantilever under gravity loading using C3D8H elements.
- ale_c3d8h_gv.inp
-
Cantilever under gravity loading using C3D8H elements, and volume-based smoothing with geometric enhancements.
- ale_c3d8t.inp
-
Cantilever under gravity loading using C3D8T elements.
- ale_c3d8ht.inp
-
Cantilever under gravity loading using C3D8HT elements.
- ale_c3d8ph.inp
-
Cantilever under gravity loading using C3D8PH elements.
- ale_c3d8r.inp
-
Cantilever under gravity loading using C3D8R elements.
- ale_c3d8r_gv.inp
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Cantilever under gravity loading using C3D8R elements, and volume-based smoothing with geometric enhancements.
- ale_c3d8rp.inp
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Cantilever under gravity loading using C3D8RP elements.
- ale_c3d8rh.inp
-
Cantilever under gravity loading using C3D8RH elements.
- ale_c3d8rh_gv.inp
-
Cantilever under gravity loading using C3D8RH elements, and volume-based smoothing with geometric enhancements.
- ale_c3d8rt.inp
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Cantilever under gravity loading using C3D8RT elements.
- ale_c3d8rht.inp
-
Cantilever under gravity loading using C3D8RHT elements.
- ale_c3d8rph.inp
-
Cantilever under gravity loading using C3D8RPH elements.
- ale_c3d8_cavityablation.inp
-
Cavity ablation using user subroutine UMESHMOTION.
- ale_c3d8_cavityablation_gv.inp
-
Cavity ablation using user subroutine UMESHMOTION, and volume-based smoothing with geometric enhancements.
- ale_c3d8_cavityablation.f
-
User subroutine UMESHMOTION used in ale_c3d8_cavityablation.inp and ale_c3d8_cavityablation_gv.inp.
- ale_c3d8_uniformablation.inp
-
Uniform ablation using user subroutine UMESHMOTION.
- ale_c3d8_uniformablation_gv.inp
-
Uniform ablation using user subroutine UMESHMOTION, and volume-based smoothing with geometric enhancements.
- ale_c3d8_uniformablation.f
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User subroutine UMESHMOTION used in ale_c3d8_uniformablation.inp and ale_c3d8_uniformablation_gv.inp.
- ale_cpe4p_cavityablation.inp
-
Cavity ablation using user subroutine UMESHMOTION.
- ale_cpe4p_cavityablation.f
-
User subroutine UMESHMOTION used in ale_cpe4p_cavityablation.inp.
- ale_cpe4p_uniformablation.inp
-
Uniform ablation using user subroutine UMESHMOTION.
- ale_cpe4p_uniformablation.f
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User subroutine UMESHMOTION used in ale_cpe4p_uniformablation.inp.
- ale_constraint.inp
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Verification to ensure proper boundary condition application in an adaptive mesh domain.
- ale_constraint_gv.inp
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Verification to ensure proper boundary condition application in an adaptive mesh domain. Volume-based smoothing and geometric enhancements are applied.