Despite its visual appeal, the simulation of separated multiphase flows (ie, streams of fluids
separated by interfaces) faces numerous challenges in accurately reproducing complex …

This paper presents a hybrid approach to multiple fluid simulation that can handle miscible
and immiscible fluids, simultaneously. We combine distance functions and volume fractions …

Realistic animation of various interactions between multiple fluids, possibly undergoing
phase change, is a challenging task in computer graphics. The visual scope of multi-phase …

Multiple fluid simulation has raised wide research interest in recent years. Despite the
impressive successes of current works, simulation of scenes containing mixing or unmixing …

Traditional methods in graphics to simulate liquid-air dynamics under different scenarios
usually employ separate approaches with sophisticated interface tracking/reconstruction …

We propose a volume fraction based approach to effectively simulate the miscible and
immiscible flows simultaneously. In this method, a volume fraction is introduced for each …

Conventional level set‐based approaches have an inherent difficulty in tracking miscible
fluids due to its discrete treatment for interface. This paper proposes a unified framework to …

针对自由表面流体的模拟, 提出一种基于Lattice Boltzmann (LBM) 的高效建模和绘制的方法.
首先基于浅水方程的LBM 模型进行流体建模及表面高度场计算, 并提出一种基于Marching …

The simulation of fluid mixing under the Eulerian framework often suffers from numerical
dissipation issues. In this paper, we present a mass-preserving convection scheme that …

This paper presents an effective method to simulate the ink diffusion process in real time that
yields realistic visual effects. Our algorithm updates the dynamic ink volume using a hybrid …