Length scale control for high-resolution three-dimensional level set–based topology optimization

This work considers an efficient approach for length scale control in high-resolution three-dimensional level set–based topology optimization. A contrast parameter–based cut element method is employed to ensure a crisp interface representation while working on fixed background hexahedral meshes. enables the use of multigrid preconditioned Krylov methods massively parallelized computations. The minimum controlled using projection filter without need ?-continuation. capabilities proposed demonstrated several numerical examples more than 62 million elements.