In this paper, we present a point-based method for animating incompressible flow. The
advection term is handled by moving the sample points through the flow in a Lagrangian …

Simulations of viscoplastic materials are traditionally governed by continuum mechanics.
The viscous behavior is typically modeled as an internal force, defined by diverse quantities …

We present a robust and efficient approach to meshfree phase-field (PF) simulation of
dendritic solidification on arbitrary domain geometries using smoothed particle …

The material point method (MPM) developed by Sulsky and colleagues is currently being
used to solve many challenging problems involving large deformations and/or …

In this study, moving least square (MLS) shape functions are employed to reduce the cell-
crossing error occurred in conventional material point method (MPM) when material …

Recently, the Hamiltonian Particle-Mesh (HPM) method was proposed by J. Frank, G.
Gottwald and S. Reich. It incorporates the procedure of artificial smoothing over a regular …

This thesis concerns the generation of physically and visually realistic simulations of fluids,
to be used in interactive virtual reality environments. The goals of real-time rendering and …

Abstract The Material Point Method (MPM) and the Implicit Continuous-fluid Eulerian method
(ICE) have been used to simulate and solve many challenging problems in engineering …

Recently, particle-based methods have been proposed to solve problems which are difficult
to compute with finite element method (FEM). Among them, material point method (MPM) …