A unified simulation framework for water phase transition based on particles

Chenyu Bian, Shuangjiu Xiao, Zhi Li
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Abstract

Water phase transitions are fundamental and complex phenomena in nature. Previous researches usually studied every process during water phase transitions individually and simulated it separately. This is because the phase transition process of water is very complex. In this paper, we proposed a novel method to simulate the processes of water phase transitions uniformly. We firstly established PBMR (Position Based Material Representation) which is based on PBD (Position Based Dynamics) to describe all three different kinds of water material. And then, we designed a unified computational process to modeled water phase transitions. In our unified computational process, heat transfer mechanism and mass transfer mechanism were main concerns in our consideration. With our method, it is capable to simulate water phase transition uniformly.
基于粒子的水相转变统一模拟框架
水相变是自然界中基本而复杂的现象。以往的研究通常是对水相变过程中的各个过程进行单独的研究和模拟。这是因为水的相变过程非常复杂。本文提出了一种均匀模拟水相变过程的新方法。我们首先建立了PBMR (Position Based Material Representation),它基于PBD (Position Based Dynamics)来描述这三种不同的水物质。然后,我们设计了一个统一的计算过程来模拟水的相变。在我们的统一计算过程中,传热机理和传质机理是我们主要考虑的问题。该方法能够均匀地模拟水的相变过程。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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