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Curvilinear coordinates and physical components: an application to the problem of viscous flow and heat transfer in smoothly curved ducts

机译:曲线坐标和物理分量:在光滑弯曲管道中的粘性流动和传热问题中的应用

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摘要

Expressions are derived for the gradient, divergence, Laplacian, curl and material time derivative in terms of general curvilinear coordinates using physical components of all vector quantities. The results are conveniently expressed in terms oftwo new coefficients, involving physical and reciprocal base vectors. An application to the problem of viscous flow and heat transfer in arbitrarily smoothly curved ducts is presented. In particular, helical ducts are considered.
机译:使用所有矢量量的物理分量,根据一般曲线坐标,导出了梯度,散度,拉普拉斯算子,卷曲和材料时间导数的表达式。结果可以方便地用两个新系数表示,涉及物理和倒数基向量。提出了一种在任意光滑弯曲的管道中粘性流动和传热问题的应用。特别地,考虑了螺旋管。

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