Engineering Fluid Mechanics

On Teaching Methods of Engineering Fluid Mechanics of Mechanical Professional

机械类专业工程流体力学课程教学方法探讨

Application of viewable digital technology in teaching of engineering fluid mechanics

可视化数字技术在《工程流体力学》课程教学中的应用

The Thinking of the Course Reform of the Engineering Fluid Mechanics

工程流体力学课程改革的思考

Design and Appliance of Engineering Fluid Mechanics CAI Courseware

工程流体力学CAI课件的设计和应用

Design and Practice on Innovating Talent Cultivating of Engineering Fluid Mechanics Top-course

《工程流体力学》精品课程创新人才培养模式设计与实践

Sheets of oxygenic paper aid in maintaining color . Advanced Engineering Fluid Mechanics ?

含氧的纸张有助於避免褪色。高等流体力学（含张量分析）

The cybernetics method for solving parameter control inverse problems of engineering fluid mechanics is presented in the paper .

提出一种求解流体力学参数控制反问题的新思路&控制论方法。

A calculating program is made . computing programe for common-used formulas of Engineering Fluid Mechanics

工程流体力学常用公式电脑计算程序

Specifically , it established simulation models including pipe network and basic elements , based on engineering fluid mechanics and using power band graph way .

具体地，依据工程流体力学的知识，并利用功率键合图的方式，建立了包括管网和基本元件的仿真模型。

Flow around a bluff body , existing widely in nature and in industries , is one of the hottest and most difficult problems in the field of engineering fluid mechanics .

钝体绕流广泛存在于自然界和工业生产之中，一直以来都是工程流体力学领域的研究热点与难点。

And then , research the water hammer protection on the aspect of engineering fluid mechanics , theoretical proved that this valve have better water hammer protection capability than the ordinary check valve .

然后从工程流体力学方面对该阀门的水锤防护进行了分析研究，从理论上证明该阀门相比于普通的逆止阀，在排水系统中有着更好的水锤防护能力。

According to the characteristic of Engineering Fluid Mechanics , the necessary of developing Engineering Fluid Mechanics CAI courseware is discussed , as well as structure design and each teaching unit design and realizing method of the CAI courseware .

本文针对《工程流体力学》课程的特点，论述开发工程流体力学CAI课件的必要性和该课件的结构设计、各教学单元设计及实现方法。

The investigation is based on the theories of engineering thermodynamics , fluid mechanics and heat transfer .

锅炉憋压运行技术的研究是基于工程热力学理论、流体力学理论和传热学理论。

The main form of ditch exit destroy is scour pit and collapsible pit by the knowledge of engineering mechanics and fluid mechanics , and the reasons is the collapsibility and wash-out of loess .

结合工程力学和流体力学知识，分析了黄土地区公路排水沟渠出口破坏的形式以冲刷坑、湿陷坑为主；

The hydraulic and thermal calculation model of steam injection ground pipeline is established , the calculation program is developed and the influences on pipeline heat dissipation is calculated and analyzed according to heat transfer , engineering thermodynamics , fluid mechanics etc. .

以传热学、工程热力学、流体力学等学科为理论基础，建立了注蒸汽地面管线水力、热力计算模型，开发了计算程序，计算分析影响管线散热的因素。