1·This method can be used to other problems of flows around circular cylinder.
该方法也可用于其他圆柱绕流问题。
2·Upsetting of a circular cylinder between plates is studied by optical plasticity method.
采用光塑法对圆柱体的平板间镦粗进行了定量研究；
3·We discuss a potential flow about a hollow circular cylinder of porous media in this paper.
本文主要讨论了绕多孔介质空心圆柱的有势流动问题。
4·The experimental study of the dynamic characteristics of flow past a two-dimensional circular cylinder is described.
本文给出了关于亚临界雷诺数二维圆柱绕流动态特性的实验结果。
5·In present paper, the correlation length measuring techniques of vortex shedding from a circular cylinder are studied.
本文探讨了圆柱绕流脱落旋涡空间相关长度的测量技术。
6·Guide magnet yoke of stator is hollow circular cylinder shaped, and is made up of magnetic conduction metallic material;
定子导磁铁轭为中空圆柱形，由导 磁金属材料制成；
7·Using these curves with some simple calculations, the amplitude of the resonant response of a circular cylinder vibrating can be.
经数值计算得到一组圆柱形简单梁的共振响应图线族。
8·In order to simplify the procedure, we use the arc which radius is the radius of the larger circular cylinder to replace the hyperbola.
有时，为了简化作图，往往采用以大圆柱半径为半径的圆弧代替双曲线近似画出。
9·The vortex shedding frequency spectrum characteristics on a heated circular cylinder in water cross flow was investigated experimentally.
本研究对水平液体绕流热圆柱体的旋涡脱落特性进行了研究。
10·The results show that the vortex motion is unstable for small three-dimensional disturbances in the separated wake of a circular cylinder.
结果表明，圆柱分离尾迹中的旋涡存在三维不稳定性。
1·The general equation of heat transfer in the stationary state is solved for four special forms of bodies, namely, plane, circular cylinder, sphere, and prolate spheroid.
接着详细研究了在稳定的情形下普遍传热方程在四种特殊形状的物体中的解，这四种特殊形状是，平面、圆柱体、球体、和长椭球。
2·Radiation wave surrounding a horizontally submerged truncated circular cylinder with harmonic sway motion is analyzed using the linear potential wave theory.
根据线性势波理论，分析了水中截断圆柱体作水平简谐运动时结构周围的辐射波浪。
3·According to elasticity theory principle, a circular cylinder sleeve was partially cutted to form elastic elements to generate elastic deformation.
根据弹性力学原理，对圆柱体套筒进行局部切割，形成弹性元件，产生弹性变形。