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meshing volume element internal problem in fluid structure
Posted 02.04.2016, 09:30 GMT-4 0 Replies
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Division by zero.
- Function: /
Failed to evaluate variable.
- Variable: comp1.fsi.sigma_dg_ns
- Defined as: ((96*nojac(up(comp1.fsi.mu)))*meshvol_spatial)/comp1.fsi.meshVolInt
Failed to evaluate expression.
- Expression: (((comp1.fsi.umxTnFace*comp1.fsi.rhoFace)*(-(((zeta*(eps_inf*comp1.unit_A_cf))*(comp1.unit_s_cf^3))*(1/(u_0*(mu*(comp1.unit_m_cf*comp1.unit_kg_cf)))))))+(-(comp1.fsi.sigma_dg_ns*(-(((zeta*(eps_inf*comp1.unit_A_cf))*(comp1.unit_s_cf^3))*(1/(u_0*(mu*(comp1.unit_m_cf*comp1.unit_kg_cf)))))))))*dvol_spatial
Failed to evaluate Jacobian of expression.
- Expression: (((comp1.fsi.nymesh*(-comp1.fsi.pFace))+((comp1.fsi.umxTnFace*comp1.fsi.rhoFace)*comp1.fsi.ujumpy))+(comp1.fsi.KStressn_avy-(comp1.fsi.sigma_dg_ns*comp1.fsi.ujumpy)))*dvol_spatial
Failed to evaluate Jacobian of expression.
- Expression: (comp1.fsi.KStressn_avx*test(comp1.u_fluid)+comp1.fsi.KStressn_avy*test(comp1.v_fluid)+comp1.fsi.KStressTestn_avx*comp1.fsi.ujumpx+comp1.fsi.KStressTestn_avy*comp1.fsi.ujumpy-comp1.fsi.sigma_dg_ns*comp1.fsi.ujumpx*test(comp1.u_fluid)-comp1.fsi.sigma_dg_ns*comp1.fsi.ujumpy*test(comp1.v_fluid)+comp1.fsi.upwind_ns+comp1.fsi.upwindCont+comp1.fsi.consFlux)*(dvol_spatial)
- Feature: Time-Dependent Solver 1 (sol2/t1)
Hello Shirsendu Mitra
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