《流体力学 Fluid Mechanics》课程PPT教学课件（双语版）第三章 流体动力学基础

Fluid Mechanics Chanter 3 Basis of Fluid Dynamics

1 Fluid Mechanics

流体力学

2

Chapter 3 Basis of Fluid Dynamics □§3-1 Preface 3-2 Methods to Describe Fluid Motion D83-3 Basic Concepts of Fluid Motion >83-4 Continuity Equation 83-5 Motion Differential Equation of Ideal Fluid 83-6 Bernoulli Equation and Its application D 83-7 System and Control Volume D$3-8 Momentum equation 83-9 Moment of Momentum Equation D Exercises of Chapter 3

3 Chapter 3 Basis of Fluid Dynamics §3–4 Continuity Equation §3–1 Preface §3–2 Methods to Describe Fluid Motion §3–3 Basic Concepts of Fluid Motion §3–5 Motion Differential Equation of Ideal Fluid §3–6 Bernoulli Equation and Its Application §3–7 System and Control Volume §3–8 Momentum Equation §3–9 Moment of Momentum Equation Exercises of Chapter 3

第三章流体动力学基础 §3-1引言 §3-2描述流体运动的方法 §3-3流体运动的基本概念 §3-4连续方程式 §3-5理想流体的运动微分方程 §3-6伯努利方程及其应用 §3-7系统与控制体 §3-8动量方程 §3-9动量矩方程 第三章习题

4 第三章 流体动力学基础 §3–4 连续方程式 §3–1 引言 §3–2 描述流体运动的方法 §3–3 流体运动的基本概念 §3–5 理想流体的运动微分方程 §3–6 伯努利方程及其应用 §3–7 系统与控制体 §3–8 动量方程 §3–9 动量矩方程 第三章 习 题

BasisofFhid Dynamic Chapter 3 Basis of Fluid Dynamics §3-1 Preface The backgrounds, fundamentals and fundamental equations of fluid dynamics all have certain relations with each part of engineering fluid mechanics, so this chapter is the emphases in the whole lessons

5 Chapter 3 Basis of Fluid Dynamics §3-1 Preface The backgrounds, fundamentals and fundamental equations of fluid dynamics all have certain relations with each part of engineering fluid mechanics, so this chapter is the emphases in the whole lessons