Abstract
With the increasingly wider use of smoke in informationized warfare, the evaluation of combat effectiveness has become a new research focus in the realm. Hence, there is a need to investigate the dynamics regulation of smoke particles. In this paper, the authors construct a simulation model by analyzing the expanding process of initial smoke cloud. Further, the SPH method was employed in the dynamics simulation. The curves of velocity, displacement and pressure with time were presented after calculation in AUTODYN. The curves from the dynamics simulation show a good consistent when compared to the theoretical model. It proves that the dynamics simulation of smoke particles based on SPH method is feasible.
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