Introduction to Engineering-Solid Mechanics Solid Mechanics Introduction to Engineering 1 H.Shao
Introduction to Engineering Introduction to Engineering —— Solid Mechanics Solid Mechanics Introduction to Engineering Introduction to Engineering H. Shao 1 Solid Mechanics Solid Mechanics
Introduction to Engineering-Solid Mechanics Objectives After this chapter,you should be able to ldentify different types of basic loading conditions Understand the basic approach of the Finite Element Method Introduction to Engineering 2 H.Shao
Introduction to Engineering Introduction to Engineering —— Solid Mechanics Solid Mechanics Introduction to Engineering Introduction to Engineering H. Shao 2 Objectives After this chapter, you should be able to : Identify different types of basic loading conditions Understand the basic approach of the Finite Element Method
Introduction to Engineering-Solid Mechanics Contents 1.Introduction 2.Stress and Strain 3.Shear 4.Torsion 5.Response of Engineering Material 6.Stress Concentration 7.Fatigue 8.Finite Element Method (FEM) Introduction to Engineering 3 H.Shao
Introduction to Engineering Introduction to Engineering —— Solid Mechanics Solid Mechanics Introduction to Engineering Introduction to Engineering H. Shao 3 Contents 1. Introduction 2. Stress and Strain 3. Shear 4. Torsion 5. Response of Engineering Material 6. Stress Concentration 7. Fatigue 8. Finite Element Method (FEM)
Introduction to Engineering-Solid Mechanics 1.Introduction Predicting the deformation of a body is very important in engineering design and analysis The inverse problem is also important: -Given the amount of desired deformation,find the corresponding load Structural Mechanics Solid Mechanics: Mechanics of Materials Elastic Mechanics Plastic Mechanics Introduction to Engineering 4 H.Shao
Introduction to Engineering Introduction to Engineering —— Solid Mechanics Solid Mechanics Introduction to Engineering Introduction to Engineering H. Shao 4 1. Introduction Structural Mechanics Mechanics of Materials Elastic Mechanics. Plastic Mechanics Solid Mechanics : Predicting the deformation of a body is very important in engineering design and analysis The inverse problem is also important: –Given the amount of desired deformation, find the corresponding load
Introduction to Engineering-Solid Mechanics 1.Introduction Failure of a hardware: ■Break Excessive deformation (e.g.stretch,or bend too much) Designed component should never fail Introduction to Engineering 5 H.Shao
Introduction to Engineering Introduction to Engineering —— Solid Mechanics Solid Mechanics Introduction to Engineering Introduction to Engineering H. Shao 5 1. Introduction Failure of a hardware: Break Excessive deformation (e.g. stretch, or bend too much) Designed component should never fail