We present a robust and efficient method for the two‐way coupling between particle‐based
fluid simulations and infinitesimally thin solids represented by triangular meshes. Our …

We present a novel surface reconstruction pipeline that significantly improves reconstructing
efficiency while preserves high-quality details for particle-based liquid simulation. Our …

An efficient two-level spatial uniform grid structure-based high-quality surface reconstruction
method with Marching Cubes (MC) for smoothed particle hydrodynamics (SPH) fluids was …

This paper presents a novel pipeline that improves the efficiency of narrowband surface
reconstruction for particle-based fluids. Different from previous narrow band methods, we …

We propose a novel volume conserving framework for character-water interaction, using a
novel volume-of-fluid solver on a skinned tetrahedral mesh, enabling the high degree of the …

Surface effects play an essential role in fluid simulations. A vast number of dynamics
including wetting of surfaces, cleansing, and foam dynamics are based on surface-surface …

In this article, an entirely parallel pipeline for creating realistic visualization of particle‐based
fluid is presented, which significantly improves surface reconstruction and foam generation …

Simulating liquid-textile interaction has received great attention in computer graphics
recently. Most existing methods take textiles as particles or parameterized meshes. Although …

We present a fast and accurate ray casting technique for unstructured and dynamic particle
sets. Our technique focuses on efficient, high quality volume rendering of fluids for computer …

Trapped air in liquid is an important factor which affect the realism of fluid simulation.
However, due to the complex physical properties, simulating the interaction and …