Real-Time Viscoelastic Fluid Simulation and Solid Melting Process Based on AVR-SPH

Mingjing Ai, Baohe Chen, Qunfang Yang
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Abstract

In this paper, we propose the artificial viscosity relaxation (AVR) model based on the SPH method to simulate the viscosity of the fluid. This model modifies the velocity of adjacent particle pairs by introducing a velocity relaxation amount, thus realizing the update of velocity and simulating the motion of fluid. We also apply the improved method to realize the complete process of the solid melting. And as the experiment results shows, the proposed method greatly simplifies the calculation and reduces the calculation amount, and it can reach higher frame rate in the case of the same number of particles.
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基于AVR-SPH的粘弹性流体实时仿真及固体熔融过程
本文提出了基于SPH方法的人工粘度松弛(AVR)模型来模拟流体的粘度。该模型通过引入速度松弛量来修正相邻粒子对的速度,从而实现速度的更新,模拟流体的运动。并应用改进的方法实现了固体熔炼的全过程。实验结果表明,该方法大大简化了计算,减少了计算量,在相同粒子数的情况下可以达到更高的帧率。
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