张量形式的流体运动方程

D. Nikushchenko, V. Pavlovsky
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引用次数: 3

摘要

本章介绍了张量分析在流体力学中的一些应用。得到并分析了流体运动和能量的控制方程。我们将讨论连续性方程、运动方程、机械能输运方程和四种形式的能量方程。最后,我们将讨论不同运动参数的传递方程的散度。方程的张量形式比分量形式有优势:首先,方程的紧凑书写,其次,独立于参考系,等等。此外,它允许在控制方程的基础上轻松地获得新形式的方程。
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Fluid Motion Equations in Tensor Form
In the current chapter, some applications of tensor analysis to fluid dynamics are presented. Governing equations of fluid motion and energy are obtained and analyzed. We shall discuss about continuity equation, equation of motion, and mechanical energy transport equation and four forms of energy equation. Finally, we shall talk about the divergence from transfer equations of different parameters of motion. The tensor form of equations has advantages over the component form: these are, first, compact writing of equations and, second, independency from reference frames, etc. Moreover, it allows to obtain new forms of equations on the basis of governing ones easily.
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