Projective Dynamics

We propose an efficient cloth simulation method that combines the merits of two drastically different numerical procedures, namely the subspace integration and parallelizable iterative relaxation.

In this paper, we study the development of an elastoplastic model under the state-based peridynamics framework, which uses integrals rather than partial derivatives in its formulation.

This course introduces students and practitioners to several parallel iterative techniques to tackle Physics-based animation of elastic materials and achieve elastic deformations in real-time.

We study the use of the Chebyshev semi-iterative approach in projective and position-based dynamics. Our experiment shows the whole approach is simple, fast, effective, GPU-friendly, and has a small memory cost.