课程基本信息（Course Information）

课程代码（Course

Code）

PE6120

*学时

（Credit Hours）

48

*学分 （Credits）

3

*课程名称（Course

Name）

（中文）高等工程流体力学

（英文）Advanced Fluid Mechanics 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）

汪凯 Kai Wang

课程网址

(Course Webpage)

/

*课程简介

流体力学是一门在多个工程和科学领域具有重要意义的学科。本课程旨在帮助学生理解流体流动的基本原理，并将这些定律应用到实际工程问题中。

课程内容包括关键物理概念、基本守恒定律（质量、动量和能量）、不同流动的分析方法（无粘流动和粘性流动、定常流动和非定常流动、不可压缩流动）以及这些流体基本原理在不同条件中的应用。

本课程将帮助学生形成解决问题的有序方法。我们通常从控制方程入手，针对具体问题提出假设，然后尝试解决问题，并将数学表达式与物理流动特性联系起来。

*

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

Turbulence

Fundamental

concepts and

kinematics of fluid

Fluid

kinematics;

Week 10

Incompressible viscous flow

Kinematics of fluid and

conservations laws

Deformation

and rotation;

Conservation of mass;

Week 11

Incompressible viscous flow

Conservation laws

Conservation

of momentum;

Week 12

Incompressible viscous flow

Conservation laws

Conservation of energy;

Govening equations;

Week 13

Incompressible viscous flow

Incompressible

inviscid flow

Fundamental potential

flows;

Week 14

Incompressible viscous flow

Incompressible

inviscid flow

Superposed

potential flows

Week 15

Review

Incompressible

inviscid flow

Superposed

potential flows

Week 16

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.