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DiamondTorre GPU Implementation Algorithm of the RKDG Solver for Fluid Dynamics and its Using for the Numerical Simulation of the Bubble-shock Interaction Problem

机译:RKDG求解器流体动力学的DiamondTorre GPU实现算法及其在气泡-冲击相互作用问题数值模拟中的应用

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In this paper the solver based upon the RKDG method for solving three-dimensional Euler equations of gas dynamics is considered. For the numerical scheme the GPU implementation algorithm called DiamondTorre is used, which helps to improve the performance speed of cal- culations. The problem of the interaction of a spherical bubble with a planar shock wave is considered in the three-dimensional setting. The obtained calculations are in agreement with the known results of experiments and numerical simulations. The calculation results are ob- tained with the use of the PC.
机译:本文考虑了基于RKDG方法的气体动力学三维欧拉方程求解器。对于数值方案,使用称为DiamondTorre的GPU实现算法,这有助于提高计算的性能速度。在三维环境中考虑了球形气泡与平面冲击波相互作用的问题。所获得的计算结果与实验和数值模拟的已知结果一致。计算结果可通过使用PC获得。

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