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首页> 外文期刊>CompressorTech Two: Dedicated to Gas Compression Products and Applications >THE PHYSICS OF PULSATIONS - PART II: A Method to Provide Accurate Prediction of Pulsation Magnitudes Critical to Compressor Station Design
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THE PHYSICS OF PULSATIONS - PART II: A Method to Provide Accurate Prediction of Pulsation Magnitudes Critical to Compressor Station Design

机译:脉动的物理原理-第二部分:一种提供准确预测脉动幅度的方法,对于压缩机站设计至关重要

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摘要

The differences between the full Navier-Stokes and the Acoustic Wave equations can be demonstrated using case studies. Several case studies are presented, here to demonstrate the differences in the two equations. Specifically, the effects of dynamic velocity and damping in the Navier-Stokes equation are contrasted with the Acoustic Wave equation, which does not contain these terms. The following case studies were run using the TAPS solver with full Navier-Stoke implementation and an equivalent time domain acoustic solver.
机译:完整的Navier-Stokes方程和声波方程之间的差异可以通过案例研究来证明。提出了几个案例研究,以证明这两个方程的差异。具体而言,将Navier-Stokes方程中的动态速度和阻尼效应与不包含这些项的Acoustic Wave方程进行了对比。以下案例研究是使用具有完整Navier-Stoke实施方式的TAPS求解器和等效的时域声学求解器进行的。

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