1.流体动力学
1.the area of fluid dynamics that is concerned with the study of liquids
1.It is such a complex integrated system that includes Physiology, Dynamics, Blood Hydrodynamics and neurological, biochemical control.
它是集电生理学、动力学、血液流体力学以及神经、生化控制等于一身的极其复杂的综合系统。
2.Practical radiation hydrodynamics process is complicated, and numerical simulation is one of primary research means.
实际应用问题中辐射流体力学所描述的是非常复杂的物理过程，数值模拟是主要的研究手段之一。
3.The present paper mainly focuses on study of a numerical method of Radiation Hydrodynamics through calculation of some physical models.
本文的主要工作就是对三维的数值离散计算方法进行研究，编制程序对一些物理模型进行计算。
4.Radiative transfer in fluid flow of radiation hydrodynamics is studied. Kinetic laws under radiation condition are investigated.
辐射流体力学研究辐射的传输对流体运动的影响，并在此条件下研究流体的运动规律。
5.From the viewpoint of hydrodynamics, a new traffic flow continuity hypothesis and a relative viscosity hypothesis are proposed.
运用流体力学的研究方法，提出了新的交通流连续性假设和相对粘性假设；
6.The Smoothed Particle Hydrodynamics(SPH) method is presented to simulate the fluid-structure interaction with a free surface.
提出了光滑质点水动力学法，对具有自由面的水流（体）与建筑物相互作用问题进行了数值仿真。
7.The relationships among hydrodynamics, morphology and mechanical characteristics were derived from the results of the measurements.
根据所量测的结果，求得流体力学、形态与机械特性的关系。
8.The optimum proportion of the whole dimensions could be obtained through analysis of application hydrodynamics theory.
应用力学原理进行分析，可以得到旋风分离器各部位尺寸的最佳比例。
9.The casting technique for a huge aluminum alloy casting is studied by hydrodynamics simulation using Lucite mould.
采用水力模拟试验方法，对某特大型铝合金铸件的铸造工艺进行模拟研究。
10.Hydrodynamics and solid mechanics have been applied to investigate the rheo-forming and thixo-forming process respectively.
分别采用流体力学和固体力学的研究方法进行研究。