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Global entropy solutions to the relativistic Euler equations for a class of large initial data

机译:一类大初始数据的相对论欧拉方程的整体熵解

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摘要

We are concerned with global entropy solutions to the relativistic Euler equations for a class of large initial data which involve the interaction of shock waves and rarefaction waves. We first carefully analyze the global behavior of the shock curves, the rarefaction wave curves, and their corresponding inverse curves in the phase plane. Based on these analyses, we use the Glimm scheme to construct global entropy solutions to the relativistic Euler equations for the class of large discontinuous initial data.
机译:对于一类涉及冲击波和稀疏波相互作用的大型初始数据,我们关注相对论的Euler方程的整体熵解。我们首先仔细分析了冲击曲线,稀疏波曲线及其在相平面中的对应逆曲线的整体行为。基于这些分析,对于大的不连续初始数据,我们使用Glimm方案构造相对论的Euler方程的全局熵解。

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