Meshfree methods are becoming an increasingly popular alternative to mesh-based
methods of numerical simulation. The biggest stated advantage of meshfree methods is the …

This paper presents a parallel framework for simulating fluids with the Smoothed Particle
Hydrodynamics (SPH) method. For low computational costs per simulation step, efficient …

We propose a novel framework to solve PDEs on moving manifolds, where the evolving
surface is represented by a moving point cloud. This has the advantage of avoiding the need …

In this article, we present a novel meshfree framework for fluid flow simulations on arbitrarily
curved surfaces. First, we introduce a new meshfree Lagrangian framework to model flow on …

This paper proposes the notion of model adaptivity for fluid flow modelling, where the
underlying model (the governing equations) is adaptively changed in space and time …

Granular materials enjoy vivid motion phenomena that make them highly visually attractive.
However, simulating each and every physical grain imposes an extremely high …

We present a novel method for creating small scale details as splashes and foam for SPH
simulations. In our technique, each fluid particle can become a source emitter of splash …

Fast determination of neighboring atoms is an essential step in molecular dynamics
simulations or Monte Carlo computations, and there exists a variety of algorithms to …

Many impressive fluid simulation methods have been presented in research papers before.
These papers typically focus on demonstrating particular innovative features, but they do not …

We propose a novel compression scheme to store neighbour lists for iterative solvers that
employ Smoothed Particle Hydrodynamics (SPH). The compression scheme is inspired by …