In this study, a new quasi-Lagrangian particle method is developed aiming at accurate and
stable numerical simulation of complex free-surface flows. The main novelties of this …

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 …

A multi-resolution technique for particle methods, the overlapping particle technique (OPT),
is explained in detail. The OPT expresses a whole simulation domain with partially …

Currently, accurate simulations of fluid structure interaction (FSI) problems still remain a
challenging task in the academic community. The purpose of this work is to develop a three …

Abstract In the Moving Particle Semi-implicit method (MPS), the original Laplacian model is
introduced from a transient diffusion problem and a parameter is required to eliminate the …

A two-way coupling method of the three-dimensional (3D) isogeometric approach and the
least-square moving particle semi-implicit method (LSMPS) is presented for handling the …

The moving particle simulation (MPS) method has proved to be an effective technique to
model fluid flows with free surfaces. However, it still remains a challenging task to treat the …

In dam-break problems, two-dimensional (2D) models on the vertical plane appropriately
capture the non-hydrostatic pressure distribution but with a high computational cost. This …

This study presents a novel wave–structure interaction model, which is a compatible
interface wave–structure interaction model that is based on mesh-free particle methods for …

In order to supplement the investigation of boundary conditions for the MPS method, a
general computational algorithm of symmetric boundary condition for MPS is presented to …