This paper presents a fast incompressible SPH (ISPH) solver implemented to run entirely on
a graphics processing unit (GPU) capable of simulating several millions of particles in three …

In this work, the Moving Particle Semi-implicit (MPS) method is enhanced for multi-resolution
problems with different resolutions at different parts of the domain utilising a particle splitting …

For automotive coatings that are a multi-layered polymer composite structure, the impact-
induced failure brings harm to the appearance, corrosion resistance, and safety of a vehicle …

This paper is the first one to develop a graphics process unit-based computational
framework to accelerate impact failure simulations of automotive coatings, which require a …

We present a stable and accurate moving particle semi-implicit (MPS) for free-surface flows.
For simulating free-surface flows, previous formulations using renormalized procedure is …

We developed dynamic load-balancing algorithms for Particle Simulation Methods (PSM)
involving short-range interactions, such as Smoothed Particle Hydrodynamics (SPH) …

Interaction simulations between internal and interfacial cracks arising in laminated
composites have remained a challenging task in the computational mechanics community …

In this study, a new implicit forcing immersed boundary (IFIB) method is proposed to solve
incompressible viscous fluid flow problems involving complex domains. In the conventional …

A three‐dimensional fluid–structure interaction solver based on an improved weakly
compressible moving particle simulation (WC‐MPS) method and a geometrically nonlinear …

The Discrete Element Method (DEM) has been widely employed to investigate the behavior
of particle systems at a macroscopic scale. However, effectively simulating the gradual filling …