>The blowup phenomenon of solutions is investigated for the initial boundary value problem'/> Blowup of solutions for the initial boundary value problem of the 3‐dimensional compressible damped Euler equations
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Blowup of solutions for the initial boundary value problem of the 3‐dimensional compressible damped Euler equations

机译:三维压缩阻尼欧拉方程初边值问题解的爆破

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摘要

>The blowup phenomenon of solutions is investigated for the initial boundary value problem of the 3‐dimensional compressible damped Euler equations. It is shown that if the initial functional associated with a general test function is large enough, the solutions of the damped Euler equations will blow up on finite time. Hence, a class of blowup conditions is established. Moreover, the blowup time could be estimated.
机译: >吹气现象 针对三维可压缩阻尼欧拉方程的初始边值问题研究了解决方案。 结果表明,如果与一般测试函数相关的初始功能足够大,则阻尼欧拉方程的解决方程将爆炸有限时间。 因此,建立了一类吹气条件。 此外,可以估计吹气时间。

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