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Simulation of free-surface flow using a boundless grid

Science China(Information Sciences) 2013年第3期56卷 38-47页

作者： WANG ChangBo ZHANG Qiang KONG FanLong Software Engineering Institute East China Normal University Shanghai Key Laboratory of Trustworthy Computing East China Normal University

Physically based fluid simulation in recent years has been successful for small-scale fluids such as liquid in a cubic ***,for boundless free-surface flow of large scale and irregular area,there is a critical trade-off between simulation efficiency and accuracy because of the restriction of the traditional regular computational *** paper introduces boundless computational grids based on hierarchical runlength encoding to simulate large-scale free-surface *** first modeled the free-surface flow with a lattice Boltzmann method,and calculated the surface curvature in the update *** then introduced an effective method with which to calculate the surface curvature according to the surface tension so that the surface detail was enhanced,and obtained the curvature of each surface effectively as it was ***,we dynamically compressed and indexed the computational cells with the improved hierarchical run-length encoding algorithm,so that the grid expands dynamically according to the fluid flow and the computational resources used were proportional to the volume of the *** fluids in different situations were simulated *** proposed method makes the best of the computational resources to perform the simulation with high resolution,and dynamically allocates resources so that the fluid can expand in random directions without boundaries,which is suited to the simulation of large-scale visual scenes.

关键词： fluid simulation free surface boundless grid hierarchical run-length encoding computing resource

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