A Load-Balanced Parallel Algorithm of Smooth Particle Hydrodynamics

This paper proposes a load-balanced parallel computing method of smooth particle hydrodynamics, including computational scheme, parallel program, and parallel project logic. The strengths and weaknesses of the method are addressed through theoretical analysis. The method enables to conduct numerical damage impulsion simulations using a second-level node. The experimental results show that the parallelism can efficiently be used to handle parallel computing of smoothed particle hydrodynamics and achieve computational performance.