diff --git a/02_Presentation/top_opt/inverse_hom/concurrent.md b/02_Presentation/top_opt/inverse_hom/concurrent.md index 0dd79c29cad3354242941c35d61a27e4302713fa..2d28d04eb168b2f0fee249cde81820cc0ad6e18f 100644 --- a/02_Presentation/top_opt/inverse_hom/concurrent.md +++ b/02_Presentation/top_opt/inverse_hom/concurrent.md @@ -71,7 +71,7 @@ l(\nu_m)=\int_{\Omega_m} D_m(\rho_m)\varepsilon(u^0_m)\varepsilon(\nu_m) \mathb ```math D_M=[c+(\rho_M)^p(1-c)]D^H \\ D_m=[c+(\rho_m)^p(1-c)]D^0 -```math +``` - $`D_0`$ is the constitutive elastic tensor of the material and $`c=1e^{-9}`$ constant to avoid singularity of the stiffness matrix - $`D_H`$ is the homogenized stiffness tensor