流体运动学

本课程包括流体性质的说明、流体的分类、静止与运动流场的压力变化、流体运动学、流体的描述与基本分析分法之介绍。

Fluid Mechanics ( 1 ) include fluid properties , regimes of flow , pressure variations in fluids at rest and in motion , fluid kinematics , and methods of flow description and analysis .

不可压缩流体运动学液化压缩气体可以装在多种容器里。

Liquefied compressed gases come in a variety of containers .

不可压缩流体运动学对于不可压缩性流体，如果压降产生空穴或闪蒸。

For non-compressible fluids , where pressure drop causes cavitation or flashing .

不可压缩流体运动学

Imcompressible hydrokinematics kinematically coherent fluid regio

从流体动力学和运动学原理出发，建立阀控缸系统的数学模型、液压缸活塞速度的数学模型和位移数学模型。

Then , the calculation methods adapted from hydrokinetics and kinematics principle are applied on setting up mathematical models of the Valve-Cylinder system , the piston pace and displacement .

基于连续流体理论和其运动学关系，建立了力平衡方程关系式。

The force balance relations were set up on the basis of continuum fluids theory and the kinematic relations .

最后，利用流体力学与分子运动学原理，对引射制冷机理进行了初步探讨并提出新的解释。

Then , the authors , based on the principles of fluid mechanics and molecular dynamics , explore the mechanism of water jet refrigeration and give a new explanation .

结构物出水问题是一种涉及水和空气的两相流运动，同时耦合了流体流场及刚体运动学内容的复杂问题。

The structure water exit problem is a complex problem , which is to be referred to water and air two-phase flow , also is coupled to the fluid flow field and rigid body kinematics .

水沙仿真技术是运用成熟的流体力学、泥沙运动学方程和经验公式来控制其运动，并借助计算机技术定量地描述其动力地质过程及结果的一种动态模拟模型。

Fluid-sediment simulation technique is a kind of dynamic simulation model in which hydrodynamic and kinetic formulars and equations are used to control and describe the transportation and deposition processes of sediments with the help of computer .

内容包括流体之性质、流体静力学、运动学及动力学。

The contents include those aspects of fluid properties , fluid statics , fluid kinematics , and fluid dynamics .