水利水电工程中涉及大量的水力学问题，包括水工水力学、河道水力学、工程水力学、水电站水力学等。
Water conservancy and hydropower project involves a great deal of hydraulics problems, including hydraulic hydraulics, river dynamics, engineering hydraulics, hydropower station's hydraulics.
通过改变织物的组织结构参数使土工布具有不同的水力学性能，从而满足不同工程的要求。
The Geotextile has different hydraulics performance if we change the structure parameter, so the fabric can meet different engineering demands.
地下水作为边坡失稳破坏的主要诱发因素之一，其水力学特性是边坡工程领域一项重大的研究课题。
Research of hydraulic properties of groundwater, which is one major factor inducing slope failure, is a key task in slope engineering field.
岩体各向异性是岩石工程所面临的重要问题，是一切岩体力学及岩体水力学行为特性的主要控制因子。
Anisotropy is one of the important problems in rock project, which controls generally all mechanical and hydraulic behaviors in rock mass.
这类紊流具有许多不同于明渠水流的特点，易于人工控制，可以研究与环境工程有关的水力学问题。
The turbulence can be easily controlled and is suitable for studying hydraulic problems involved in environmental engineering.
结合沙牌等工程对旋涡式竖井溢洪道的水力学特性进行了试验研究。
In combination with Shapai and Wawushan projects, the hydraulics 'characteristics of vortex shaft spillway have been tested and studied.
高水头、大泄量的泄水建筑物水力学问题是水利工程建设中特别受关注的问题之一。
Hydraulics in water releasing structures with high water head and large discharge capability has been paid close attention recently.
工程设计的工作需要应用许多方面的设计理论(如水力学、热力学和核物理等)。
The design of engineering works requires the application of design theory from many fields (e. g., hydraulics, thermodynamics, nuclear physics).
研发了用于水力学，水文学，地下水和环境工程学区域的电脑软件。
Develop computer applications for the hydraulics, hydrology, groundwater, and environmental engineering areas.
机器人技术培训包括机电系统学、水力学、气体力学以及相关的工程学课程。
Training in robotics technology includes electromechanical systems, hydraulics, pneumatics, and related engineering subjects.
涉及工程地质、水文地质、岩体力学、矿山压力、流体力学、岩体水力学等多门学科的理论和实践。
Involves the project geology, the hydrology geology, Rock mechanics, mine pressure, hydromechanics, crag body water subject and so on multi-gates discipline theory and practice.
本文对事故作了简要介绍，在已有文献资料的基础上，从岩石水力学的观点分析讨论了工程事故的出事原因，可供水工建筑设计人员参考。
The author analyzed the reasons of the failures in view of rock hydraulics on the basis of a lot of published official documents and papers wri...
长期以来，复杂流场的研究及解决工程实际问题的主要手段为水力学物理模型试验。
For a long time, the primary method of the complex flow field research and project's solution on practical problems is the hydraulic physical model experiment.
经过对三种消能方式的设计、水力学模型实验及工程实例的综合分析比较，最终选择消力池消能方案作为YLH拦河引水枢纽的最佳消能方案。
Compare with energy dissipation design and water conservancy model, last choose energy dissipation through power pool as YLH hurdle river hinge's engineering's prime energy dissipation way.
经过对三种消能方式的设计、水力学模型实验及工程实例的综合分析比较，最终选择消力池消能方案作为YLH拦河引水枢纽的最佳消能方案。
Compare with energy dissipation design and water conservancy model, last choose energy dissipation through power pool as YLH hurdle river hinge's engineering's prime energy dissipation way.
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