1) axisymmetric flow
轴对称流
1.
The formulation of the derivatives of (v±θ) for axisymmetric flow was derived also.
本文导得了轴对称流的位函数φ与流函数ψ的偏导数之间的一个关系式,此式与平面流的关系式是类似的,它是Molenbroek-Chaplygin变换式的推广。
2.
A characteristic net in the irrotational axisymmetric flow was calculated.
提出了从音速线开拓到一条超音速线的方法,计算了无旋轴对称流的特征线网,发现其特点是不能跨越对称轴线,并对其原因作了初步的讨论。
2) axially symmetric flow
轴对称流;轴对称流动
3) axisymmetric jet
轴对称射流
1.
Numerical simulation of the sound field generated by axisymmetric jet based on the Lighthill acoustics equation;
基于Lighthill波动方程的轴对称射流气动声场的数值模拟
2.
Influence of electrostatic field on atomization effects for axisymmetric jet
静电场对轴对称射流雾化效果的影响
3.
The axisymmetric jet generated by a solid-liquid fluid flowing through fixed baffles was experimentally studied to explore the characteristics of a new orifice-jet-stirrer.
以磷矿料浆为介质,分别测量了流体穿过单个孔板和连续穿过两个相距一定距离的相同孔板产生的轴对称射流的长度和宽度。
4) axisymmetric Stokes flow
轴对称Stokes流
5) axisymmetric flow
轴对称流动
1.
A problem of axisymmetric flow in clay shale is considered, and a Finite Difference Method is used to solve the basic equations under special boundary condition.
考虑一个轴对称流动的特殊问题中 ,方程被解耦 ,并使用差分法求解特殊边界条件下 ,解耦后的方程。
2.
The governing equations of incompressible axisymmetric flow are solved by the Taylor Galerkin(TG) finite element methods,and the pressure correction method is adopted to obtain the primitive variables of the flow.
采用ＴａｙｌｏｒＧａｌｅｒｋｉｎ（ＴＧ）有限元法离散轴对称流动问题的ＮＳ方程，以压力校正法求解不可压流场的各原始变量，并具体推导了相应的压力修正和速度修正方程的有限元列式，编制了计算程序，最后以同轴环形空间内的不可压粘性流动为例，验证了有限元列式及程序的正确性。
6) axisymmetric tail flow
轴对称尾流
1.
Based on the reference book 〔1〕,and according to the common definition of drag coefficient, a solving method for velocity field of axisymmetric tail flow is derived.
在文献［１］的基础上，按照阻力系数通用的定义方法，给出轴对称尾流速度场的求解方法。
补充资料：轴对称
也称“线对称”。如果把一一个图形沿着某一条直线折过来，它能与另一个图形重合，那么称这两个图形关于这条直线成轴对称。这条直线称为对称轴。如果两个图形关于某直线成轴对称，那么对应点的连线被对称轴垂直平分。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条