We present an efficient approach for simulating 3D topological braiding while guaranteeing
non-penetration. Our method combines eXtended Position-Based Dynamics (XPBD) with …

This paper proposes a novel particle-based scheme for simulating interactive water waves.
We first modify the implementation of the wave packet so that each packet can carry two …

Incremental Potential Contact (IPC) is a widely used, robust, and accurate method for
simulating complex frictional contact behaviors. However, achieving high efficiency remains …

The use of particles-based simulations to produce fluid animations is nowadays a frequently
used method by both the industrial and research sectors. Although there are many variations …

In this paper, we articulate a novel plastic phase‐field (PPF) method that can tightly couple
the phase‐field with plastic treatment to efficiently simulate ductile fracture with GPU …

In this paper, the explicit solving of pressure Poisson equation and GPU parallelization were
employed to improve the efficiency of MPS method, which is one of the mainstream particle …

Aiming at the parallel simulation of ice melting and the fast identification of ice surface
particles, this paper proposes a parallel method based on particles. Before simulating ice …

This research further extends an existing state-of-the-art GPU framework of SPH simulation
for better performance without any compromise of numerical accuracy and sacrifice of …

Solid-fluid Interaction Simulation is the important research point in the field of fluid
simulation. Existing researches mainly focus on the phenomena such as motion …