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Solution of the Euler Equations Based on Flux Vector Splitting

机译:基于通量矢量分裂的欧拉方程组解

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The basic properties of the Euler equations are learned by studying hyperbolic PDEs and the Steger-Warming flux vector splitting approach and the NND scheme are given. The NND scheme based on improved Steger-Warming flux vector splitting is used for the solution of 1-D and shown that the numerical oscillation is restrained .The finite difference method has higher order of accuracy and better efficiency.
机译:通过研究双曲型偏微分方程了解欧拉方程的基本性质,并给出了Steger-Warming通量矢量分裂方法和NND格式。将基于改进的Steger-Warming通量矢量分裂的NND方案用于一维解,结果表明数值振荡受到了抑制。有限差分法具有更高的精度和更好的效率。

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