Physics-based fluid simulation has played an increasingly important role in the computer
graphics community. Recent methods in this area have greatly improved the generation of …

We present a multi-species model for the simulation of gravity driven landslides and debris
flows with porous sand and water interactions. We use continuum mixture theory to describe …

We present two new approaches for animating dynamic fracture involving large elastoplastic
deformation. In contrast to traditional mesh-based techniques, where sharp discontinuity is …

In this paper, we present a mixed explicit and semi-implicit Material Point Method for
simulating particle-laden flows. We develop a Multigrid Preconditioned fluid solver for the …

We propose a method for simulating the complex dynamics of partially and fully saturated
woven and knit fabrics interacting with liquid, including the effects of buoyancy, nonlinear …

We introduce Loki, a new framework for robust simulation of fluid, rigid, and deformable
objects with non-compromising fidelity on any single element, and capabilities for coupling …

This work extends existing multiphase-fluid SPH frameworks to cover solid phases,
including deformable bodies and granular materials. In our extended multiphase SPH …

Dynamic effects such as waves, splashes, fire, smoke, and explosions are an integral part of
stylized animations. However, such dynamics are challenging to produce, as manually …

We present a Material Point Method for visual simulation of baking breads, cookies,
pancakes and similar materials that consist of dough or batter (mixtures of water, flour, eggs …

We introduce a unified particle framework which integrates the phase-field method with multi-
material simulation to allow modeling of both liquids and solids, as well as phase transitions …