Two-Dimensional Slow Viscous Flow Past a Plate Midway Between an Infinite Channel
Two-Dimensional Slow Viscous Flow Past a Plate Midway Between an Infinite Channel
复制标题
通过无限通道中间的板的二维缓慢粘性流
DOI：
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发表时间：
1984
期刊：
影响因子：
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通讯作者：
M. Chung
中科院分区：
文献类型：
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作者：
M. Kim;M. Chung
研究了由两个平行平面组成的无限大流道中间有限平板的定常二维慢粘性流动。平板与平板平行，假定流体速度在上游无穷远处呈抛物线分布。将问题归结为混合边值问题，给出了大、小板的两种求解方法。计算了作用在平板上的局部和总的表面摩擦以及槽壁上的压力分布。
Steady two-dimensional slow viscous flow past a finite plate midway between an infinite channel composed of two parallel planes is investigated. The plate is held parallel to plane walls and the fluid velocity is assumed to have a parabolic distribution at upstream infinity. The problem is reduced to a mixed boundary value problem and two methods of solution for large and small plates are presented. Local and total skin frictions exerted on the plate and the pressure distirbution on the channel wall are calculated.