Advanced Fluid Dynamics in Engineering

上海交通大学硕士研究生课程教学大纲

课程基本信息（Course Information）

课程代码

（Course Code）

PE6120

*学时

（Credit Hours）

*学分

（Credits）

*课程名称

（Course Name）

（中文）高等工程流体力学

（英文）Advanced Fluid Dynamics in Engineering

课程性质

(Course Type)

专业基础课

Discipline Fundamental Course

授课语言

(Language of Instruction)

英文

English

*开课院系

（School）

中英国际低碳学院

China-UK Low Carbon College

先修课程

（Prerequisite）

流体力学 Fluid Mechanics

工程热力学 Engineering Thermodynamics

授课教师

（Teacher）

党琪

Qi Dang

课程网址

(Course Webpage)

*课程简介（Description）

Fluid mechanics is a subject with significant importance in several fields of engineering and science. This course aims at helping students understand the fundamental principles of fluid flows and the application of these laws to real engineering problems.

This course will cover key physical concepts, basic laws of conservation (mass, momentum, and energy), analytical methods for different flows (inviscid flow and viscous flow, steady flow and unsteady flow, incompressible flow), and applications of the fundamental principles in fluid flow situations.

This course will help students develop an orderly approach to problem-solving. We usually start with governing equations, state assumptions for specific problems, and try to solve the problem and relate the mathematical expressions to the physical flow behaviors.

课程教学大纲（course syllabus）

*学习目标(Learning Outcomes)

Master the important laws and principles including the conservation of mass, momentum, and energy
Apply these principles to understanding of different fluid phenomena
Solidify key concepts that are the essential building blocks of design and analysis of fluid mechanics

*教学内容、进度安排及要求

(Class Schedule

& Requirements)

Week 1	Overall introduction and basic concepts	Fundamental conceptes of fluid mechanics;	Week 9	Incompressible viscous flow	Analytical solutions of 2D viscous incompressible flow
Week 2	Fundamental concepts and kinematics of fluid	Fluid kinematics;	Week 10	Incompressible viscous flow	Analytical solutions of 2D viscous incompressible flow
Week 3	Kinematics of fluid and conservations laws	Deformation and rotation; Conservation of mass;	Week 11	Incompressible viscous flow	Boundary layer theory
Week 4	Conservation laws	Conservation of momentum;	Week 12	Incompressible viscous flow	Boundary layer theory
Week 5	Conservation laws	Conservation of energy; Govening equations;	Week 13	Incompressible viscous flow	Turbulence
Week 6	Incompressible inviscid flow	Fundamental potential flows;	Week 14	Incompressible viscous flow	Turbulence
Week 7	Incompressible inviscid flow	Superposed potential flows	Week 15	Review	Extra learning staff and review
Week 8	Incompressible inviscid flow	Superposed potential flows	Week 16	Final exam	Final exam

*考核方式

(Grading)

The performance of students will be evaluated through a combination of regular assignments (40%) and a final exam (60%).

The emphasis will be placed on the selection of the appropriate physical principles and their application to engineering problems of particular interests. The students are required to numerically evaluate the analytical expressions for engineering problems.

*教材或参考资料

(Textbooks & Other Materials)

References:

Fluid Mechanics; Frank M. White. McGraw-Hill. 2016

Fluid Mechanics for Engineers; Meinhard T. Schobeiri. Springer. 2010

《高等工程流体力学》；张鸣远，景思睿，李国君编著，高等教育出版社出版，2012

其它

（More）

备注

（Notes）