岩体力学(Rock mass Mechanics)是一门研究岩体在各 种不同受力状态下产生变形和破坏的规律的学科

1.1 Contents of Theory of Elasticity 1.1弹性力学的内容 ·NAME Theory of elasticity is often called elasticity for short. It is the branch of solid mechanics. 弹性力学的理论简称为弹性理论或弹性力学. 它是固体力学的一个分枝

1-1 Introduction 1-2 Fluid Particle and Continuous Medium Hypothesis 1-3 Density, Specific Volume and Relative Density of Fluid 1-4 Compressibility and Expansion of a Fluid 1-5 Fluid Viscosity 1-6 Forces acting on a Fluid Exercises of Chapter 1

3-1 Preface 3-2 Methods to Describe Fluid Motion 3-3 Basic Concepts of Fluid Motion 3-4 Continuity Equation 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

5-1引言 5-2雷诺实验 5-3圆管中的层流 5-4圆管中的紊流 5-5管路中的沿程阻力 5-6管路中的局部阻力 5-7管路计算

7-1引言 7-2粘性流体的运动微分方程 纳维斯托克斯方程 7-3两同心圆柱间的轴向流动 7-4两平行平板间的流动 7-5绕圆球的小雷诺数流动 7-6紊流的基本方程—雷诺方程

9-1引言 9-2渗流基本定律 9-3地下水均匀流和非均匀流 9-4井和集水廊道

11-1引言 11-2无空间淹没紊流射流的特征 11-3圆断面射流的运动分析 11-4平面射流 11-5温差或浓差射流 11-6工程设备中常见的其他射流简介

1.充分认识量子力学在科学研究中的重要性 量子力学(高等量子力学):原子分子物理,光学,凝聚态核物理, 量子场论:粒子物理 结论:没有量子力学,几乎不能做任何物理科学研究! 2.充分认识学了量子力学的难

16.21 Techniques of Structural Analysis and sig Spring 2003 Unit #1 In this course we are going to focus on energy and variational methods for structural analysis. To understand the overall approach we start by con- trasting it with the alternative vector mechanics approach