8.2 力法求解靜不定結構 8.3 對稱性的應用 習題 Chapter 1Buckling of Columns 1.1 Basic Concepts and Engineering Examples of Buckling of Columns 1.2 The Critical Pressure of a Slender Compression Rod with Hinged Supports at both Ends 1.3 The Critical Pressure of a Slender Compression Rod under other Constraint Conditions 1.4 Critical Stress for Non?slender Rods 1.5 Critical Stress Diagram 1.6 Measures to Improve the Stability of the Compression Rod Exercises Chapter 2Collision 2.1 The Fundamental Theorems for Solving Collision Problems 2.2 Central Collision 2.3 Oblique Collision Exercises Chapter 3Dynamic Load 3.1 Overview 3.2 Dynamic Stress of linear Motion Components 3.3 Dynamic Stress of the Rotating Member 3.4 The Impact Load and Impact Strese in Members 3.5 Impact Toughness Exercises Chapter 4Alternating Stress 4.1 Alternating Stress and Fatigue Failure 4.2 Conception of Alternating Stress 4.3 Endurance Limit 4.4 The Effective Factors of Endurance Limit 4.5 The Calculation of Fatigue Strength under Symmetry Cycle Exercises Chapter 5Principle of Virtual Displacement 5.1 Concepts of Virtual Displacement and Virtual Work 5.2 Principle of Virtual Displacement for Rigid Body Systems 5.3 Applications of Virtual Displacements and Virtual Velocities Exercises Chapter 6Lagrange Equation 6.1 General Equation of Dynamics 6.2 Lagrange Equation of the Second Kind 6.3 The First Integral of Lagrange Equation 6.4 Lagrange Equation of the First Kind Exercises Chapter 7Energy Methods 7.1 Overview 7.2 Calculation of Deformation Energy of a Member 7.3 General Formula of Deformation Energy 7.4 Reciprocal Theorems 7.5 Castigliano』s Theorem
7.6 Principle of Virtual Work 7.7 Unit Load Method—Mohr』s Theorem 7.8 Diagram Multiplication Method Exercises Chapter 8Statically Indeterminate Structure 8.1 Overview of Statically Indeterminate Structure 8.2 Solving Statically Indeterminate Structure by Force Method 8.3 Application of Symmetry Exercises 主要參考文獻
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