Anisotropic adaptive body-fitted meshes for CFD

Mesh adaptation for immersed solid is one of the most challenging topics in computational mechanics. In this contribution, we propose a novel anisotropic adaptive body-fitted mesh method particular Computational Fluid Dynamics (CFD) where boundary layers and high gradient solution at fluid–solid interface play major role. It characterized by its simplicity to implement, generality tackle complex geometries without additional efforts. combines two successive iterations, knowing that order each important. First, based metric construction uses gradients level-set any object generate an well adapted mesh. Since elements are stretched along interface, therefore passes through these elements, second step implemented applied. on R-adaptation swapping, provide sharp fitted The proposed test cases, with CFD solution, show flexibility accuracy automated h- r- adaption framework designed methods.