东南大学：《建筑力学 Architectural Mechanics》课程教学课件（英文讲稿）A01 Introduction to Architectural Mechanics

《Statistical Mechanics, Chemical Kinetics & Reaction Dynamics》课程教学资源（讲稿）Part I Statistical Mechanics Lecture 7（Class 6）相倚子体系（1/2）

《Statistical Mechanics, Chemical Kinetics & Reaction Dynamics》课程教学资源（讲稿）Part I Statistical Mechanics Lecture 6（Class 5）量子气体

《Statistical Mechanics, Chemical Kinetics & Reaction Dynamics》课程教学资源（讲稿）Part I Statistical Mechanics Lectures 3-4（Class 3 & 4）简单体系

《Statistical Mechanics, Chemical Kinetics & Reaction Dynamics》课程教学资源（讲稿）Part I Statistical Mechanics Lecture 2（Class 2）Ensembles（系综）

《Statistical Mechanics, Chemical Kinetics & Reaction Dynamics》课程教学资源（讲稿）Part I Statistical Mechanics Lecture 1（Class 1）统计力学基本知识

《无机化学 Chemical Theory》课程教学资源（讲稿）Part I Basic concepts of Quantum mechanics Chapter 3 Operators in Quantum Mechanics

《无机化学 Chemical Theory》课程教学资源（讲稿）Part I Basic concepts of Quantum mechanics Chapter 1 The Basic Concepts of Quantum Mechanics

The dynamics of many-particle systems is called statistical mechanics. The kinetic theory is a special aspect of the statistical mechanics of large number of particles. Suitable averages of the physical characteristics and motions of individual particles provide information about the macroscopic behavior of the system as a whole

Solid Mechanics and Mechanical Engineering Objectives After learning this chapter, you should be able to do the following Differentiate between the different types of basic loading conditions. Understand the basic approach of the Finite Element Method(FEM)