第一讲、绪论(2 学时) Introduction (2 Credit Hours)
1. 材料力学的历史 Development of mechanics of materials
2. 材料力学在社会发展中的重要性 Importance of mechanics of materials in social development
3. 本课程的性质和要求 Nature and requirements of this course
第二讲、应力(2 学时) Stress (2 Credit Hours)
1. 力稳态 Stress equilibrium
2. 应力分类及基本定义 Classification and basic definition of stress
第三讲、应变(2 学时) Strain (2 Credit Hours)
1. 应变的分类及基本定义 Classification and basic definition of Strain
2. 结构杆件中应变的计算方法 Calculation method of strain in structural members
第四讲、轴向拉伸(2 学时) Axial load (2 Credit Hours)
1. 轴向拉伸相关的力学概念及受力分析 Mechanical concept and force analysis related to axial load
2. 具体工程问题中拉伸应力及应变的力学分析及计算 Mechanical Analysis and Calculation of Tensile
Stress and Strain in Engineering Problems
3. 拉伸过程中的应力集中 Stress concentrations in axial load
第五讲、扭转变形(2 学时) Torsion (2 Credit Hours)
1. 扭转相关的力学概念及受力分析 Mechanical concept and force analysis of torsion
2. 具体工程问题中扭转应力及应变的力学分析及计算 Mechanical analysis and calculation of torsional
stress and strain in engineering problems
第六讲、弯曲(2 学时) Bending (2 Credit Hours)
1. 弯曲相关的力学概念及受力分析 Mechanics concepts and force analysis related to bending
2. 具体工程问题中弯曲相关应力及应变的力学分析及计算 Mechanical analysis and calculation of
bending-related stress and strain in engineering problems
3. 弯曲过程中的应力集中 Stress concentrations in bending
第七讲、横向剪切(2 学时) Transverse shear (2 Credit Hours)
1. 材料的横向剪切应力,应变的基础知识 Basis for transverse shear stress and strain