The numerical simulation of surface tension is an active area of research in many different
fields of application and has been attempted using a wide range of methods. Our …

This paper presents a novel approach to simulating surface tension flow within a position-
based dynamics (PBD) framework. We enhance the conventional PBD fluid method in terms …

We present an updated Lagrangian discretization of surface tension forces for the simulation
of liquids with moderate to extreme surface tension effects. The potential energy associated …

Ferrofluids are oil-based liquids containing magnetic particles that interact with magnetic
fields without solidifying. Leveraging the exploration of new applications of these promising …

We present an innovative Lagrangian dual-mechanism model for simulating versatile
surface tension phenomena, designed to replicate the intricate interplay of liquids with …

A study of energy use (in an x86-class environment) for computation of descriptors used in
analysis and in one common scientific visualisation strategy, direct volume rendering (DVR) …

Approaches aimed at achieving improved energy efficiency for determination of descriptors—
used in volumetric data analysis and one common mode of scientific visualisation—in one …

Accelerating physics-based simulations has been an evergreen topic across different
scientific communities. This dissertation is devoted to this subject addressing bottlenecks in …

Aircraft that have a significant difference between the maximum take-off weight and
maximum landing weight are often required to have a fuel jettison system installed and …

针对现有的海面原油泄漏模拟方法无法呈现符合物理过程的溢油风化扩散效果及模拟速度过慢
问题, 首先给出一种不混溶Cahn-Hilliard 两相流乳化光滑粒子流体动力学扩散模拟方法FCE …