国际工程流体力学杂志。
利用工程流体力学理论，对装置中管道内的压缩气体进行压力损失分析。
Using the engineering fluid dynamics theory, I carry on the pressure loss analysis to the compressed gas the pipelines which are in the installment.
高殿荣，吴晓明。工程流体力学[M]。北京：机械工业出版社，1999。
GAO Dianrong, WU Xiaoming. Engineering Fluid Mechanics [m]. Beijing: Mechanical Industry Press, 1999.
配以适当的演示和实验，可作为矿业及机械机构工程专业工程流体力学课程实验课的一个讲座提纲。
We will be matched appropriated demonstration and experiment which may be as a main point of lectureship for the course of experiment of fluid mechanics at the speciality of mechanical engineering.
实验在工程流体力学教学中有着非常重要的作用，但由于条件限制，传统的真实实验常存在一些弊端和局限性。
Experiment has a very important role in the teaching of engineering fluid mechanics, but because of the condition limitations, traditional real experiment often has some drawbacks and limitations.
他们在流体力学，电子，隐身技术工程方面的研究速度及广度足不足以有能力赶上世界水平？
Are they learning fast enough and broadly enough, in terms of engineering and technology like fluid dynamics, electronics, stealth to be able to keep up with the state of the art?
流体力学，传热，传质：化学工程实践。
Fluid Mechanics, Heat Transfer, and Mass Transfer: Chemical Engineering Practice.
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.
传热学，流体力学，工程热力学，材料力学，普通化学。
Heat Transfer, Fluid dynamics, Engineering Thermodynamics, Mechanics of Materials, General Chemistry.
后台阶流动不仅是流体力学中复杂分离流的一个典型例子，同时也是许多工程领域中一类常见的流动现象。
Backward-facing step flow is not only a typical example of complex separated flow of fluid dynamics, but also a class of common flow phenomena in many engineering fields.
本课程之先修科目有大学部之热力学及流体力学，即热流工程i及热流工程II或者与其相当的科目。
The prerequisites for this course are the undergraduate courses in thermodynamics and fluid mechanics, specifically Thermal Fluids Engineering I and Thermal Fluids Engineering II or their equivalents.
各项实验需应用机械工程领域中不同的知识，因此我们在分组时会尽可能使同学接触到热传学、动力学、热力学、及流体力学等领域。
The experiments involve different branches of Mechanical Engineering knowledge, so we try to assign the students for maximum exposure to heat transfer, dynamics, thermo, fluid mechanics, etc.
本课程简介流体力学的原则并加以应用至实际的海洋工程问题。
This course introduces the principles of fluid mechanics and applies them to practical ocean engineering problems.
物理学、化学、数学，以及这些学科扩展出的物质科学、固体物理、流体力学、热力学和系统分析等等学科是工程学的重要基础。
Engineering is based principally on physics, chemistry, and mathematics and their extensions into materials science, soild and fluid mechanics, thermodynamics, and systems analysis.
电磁铸造技术是建立在电磁流体力学基础上，并与冶金工程相结合的先进材料加工方法。
Electromagnetic casting (EMC) is an original material processing technology and a comprehensive subject based on magneto-hydrodynamics (MHD) and combined with metallurgical engineering.
以工程中常见的弯管为例，应用计算流体力学(CFD)技术，研究管中的流体状态参数。
By taking common bend pipe in the project as an example, and using computational fluid dynamics (CFD) technology, the fluid state parameter was studied.
此外，工程师获得了利用计算流体力学，他们无法获得的测试数据。
In addition, the engineers gained insight using CFD that they could not have obtained from the test data.
本文的研究结果使粘性流体力学中的N—S方程又增添一例准确解，对工程实践中的具体问题有实用价值和指导意义。
Velocity sections are shown by electric computer. The studying in this paper not only make N—S function add a exact solution but also have practical value for engineering problem.
上海交通大学造船工程系船舶流体力学实验室已成立二十年。
The Ship Hydrodynamics Laboratory of the Department of Naval Architecture of Shanghai Chiao-Tung University has been established for 20 years.
在解决电池问题上，工程师们可以采用ANSYS的先进的计算流体力学软件FLUENT去检查电化学，研发先进的电池冷却方案。
In resolving battery problems, engineers apply the advanced CFD technology of ANSYS FLUENT software to examine electrochemistry and to develop advanced battery cooling solutions.
环境流体力学是力学的一个重要分支，也是环境科学、海洋科学与工程的学科基础。
Environmental Fluid Mechanics is a new branch of fluid mechanics which studies mechanism of transport process in fluid flows.
钝体可压缩绕流是流体力学研究中的重要课题之一，相关问题广泛存在于工程应用中。
The compressible flow past a bluff body is of importance in fundamentals and applications. The relevant work has been studied using large eddy simulation in this dissertation.
钝体可压缩绕流是流体力学研究中的重要课题之一，相关问题广泛存在于工程应用中。
The compressible flow past a bluff body is of importance in fundamentals and applications. The relevant work has been studied using large eddy simulation in this dissertation.
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