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Mechanical engineering textbook case of: deputy editor in March Democratic compiled SUN Zhao Chunxiang red Publication date: 2013

Series items: Introduction to the "Twelfth Five-Year Plan" textbooks for general higher education "12th Five-Year Plan textbooks for general higher education: Casebooks for engineering mechanics" is divided into 16 chapters, that is, the basics of statics, the Department of Plane Convergence, and the Plane Force couple system, plane arbitrary force system, application of statics in engineering, basics of material mechanics, axial tension and compression, shear and extrusion, section geometry, torsion, bending internal force, bending stress, bending deformation, stress state Analysis, bar stability and material mechanics experiments. Each chapter of the "Twelfth Five-Year Plan" for General Higher Education: Casebooks for Engineering Mechanics consists of five parts: learning points, main text, summary of this chapter, thinking questions, and exercises. Before studying each chapter, you can understand the main content of this chapter by reading the learning points, thereby enhancing the initiative and enthusiasm of learning; the summary of this chapter is the summary, induction and extraction of the content of this chapter, so that the knowledge learned is more physical and systematic, so that Further deepen the understanding and understanding of the content; thinking questions and exercises can deepen the understanding and mastery of the knowledge learned, and can improve the ability to use knowledge flexibly. The "Twelfth Five-Year Plan" textbooks for general higher education: Casebooks for engineering mechanics can be used as textbooks for engineering mechanics courses for engineering undergraduates in colleges and universities. Self-study exam reference.

Preface Chapter 1 Basics of Statics

1.1 Overview of Statics

1.2 Basic Concepts of Statics

1.3 Axioms of Statics

1.4 Constraints and binding forces

1.5 Force Analysis of Objects Summary of this chapter Thinking Problems Exercise Mechanics Introduction (Aristotle)

Chapter 2 Planar Meeting Forces

2.1 Concept and examples of plane convergence force system

2.2 Geometric method for the synthesis and balance of plane meeting forces

2.3 Analytical method for the synthesis and balance of plane meeting force system Summary of the chapters

Chapter 3 Plane Force Couples

3.1 Concept and example of plane force couple

3.2 Equivalent conditions for force couples

3.3 Synthesis of plane force couples

3.4 Equilibrium of Plane Force Couples Summary of this chapter Thinking Problems Exercise Mechanics Introduction (Archimedean)

Chapter 4 Planar Arbitrary Force System

4.1 Concept and Examples of Planar Arbitrary Force System

4.2 Simplification of plane arbitrary force system

4.3 Balance of Arbitrary Force System in the Plane

4.4 Equilibrium of object systems Summary of this chapter Thinking questions Exercise mechanics introduction (Lagrange)

Chapter 5 Application of Statics in Engineering

5.1 Concepts and examples of plane trusses

5.2 Internal force analysis of plane trusses

5.3 Considering the Balance of Objects under Friction

Chapter 6 Fundamentals of Material Mechanics

6.1 The task of material mechanics

6.2 Basic assumptions for deformed solids

6.3 Basic concepts of material mechanics

6.4 Forms of Member DeformationIn This Chapter

Chapter 7 Axial Tension and Compression

7.1 Concepts and Examples of Axial Tension and Compression

7.2 Internal forces in cross section during axial tension and compression

7.3 Stress on the section under axial tension or compression

7.4 Strength calculation under axial tension or compression

7.5 Deformation during axial tension and compression

7.6 Stress Concentration

Chapter 8 Shearing and Squeezing

8.1 Overview

8.2 Practical calculation of shear

8.3 Practical calculations for squeezing

Chapter 9 Geometric Properties of Plane Graphics

9.1 Overview

9.2 Static moments and centroids

9.3 Moment of inertia

9.4 Product of inertia

9.5 Parallel axis shift formula

9.6 Rotary FormulasIn this chapter

Chapter 10 Twist

10.1 Reversed concepts and examples

10.2 External moment and torque

10.3 Twisting of thin-walled cylinders

10.4 Calculation of Stress and Strength of Circular Shaft

10.5 Calculation of Deformation and Stiffness of a Circular Axis in Torsion

Chapter 11 Bending Internal Forces

11.1 Bending Concepts and Examples

11.2 Calculation of beams

11.3 Plane Bend

11.4 Bending Internal Force

11.5 Relationships among Bending Moments, Shear Forces, and Load Sets

Chapter 12 Bending Stress

12.1 Normal stress when the beam is bent

12.2 Strength conditions for normal bending stress

12.3 Bending Shear Stress and Strength Conditions of Beams

12.4 Measures to improve the bending strength of beams

Chapter 13 Bending Deformation

13.1 Examples of Bending Deformation

13.2 Approximate Differential Equations of Beam Deflection Curves

13.3 Calculating Beam Deformation Using the Integral Method

13.4 Calculating Beam Deformation Using the Superposition Method

13.5 Beam Stiffness Conditions

13.6 Simple Statically Indeterminate Beams

13.7 Measures to Improve the Bending Stiffness of This Chapter

Chapter 14 Stress State Analysis

14.1 Tasks of Stress State Analysis

14.2 Overview of Stress States

14.3 Analytical Method for Stress Analysis in Plane Stress State

14.4 Graphical Method for Stress Analysis in Plane Stress State

14.5 Three-Dimensional Stress State

14.6 Generalized Hook's Law Summary of the Thinking Exercises in This Chapter

Chapter 15 Stability

15.1 Concepts and Examples of Stability

15.2 Critical pressure of slender rods

15.3 Critical Stress of Compression Bars

15.4 Stability Calculation

15.5 Measures to Improve the Stability of the Rod Summary of this Chapter Thinking Exercises Brief Introduction to Mechanics (Euler)

Chapter 16 Material Mechanics Test

16.1 Overview

16.2 Tensile test

Series items: Introduction to the "Twelfth Five-Year Plan" textbooks for general higher education "12th Five-Year Plan textbooks for general higher education: Casebooks for engineering mechanics" is divided into 16 chapters, that is, the basics of statics, the Department of Plane Convergence, and the Plane Force couple system, plane arbitrary force system, application of statics in engineering, basics of material mechanics, axial tension and compression, shear and extrusion, section geometry, torsion, bending internal force, bending stress, bending deformation, stress state Analysis, bar stability and material mechanics experiments. Each chapter of the "Twelfth Five-Year Plan" for General Higher Education: Casebooks for Engineering Mechanics consists of five parts: learning points, main text, summary of this chapter, thinking questions, and exercises. Before studying each chapter, you can understand the main content of this chapter by reading the learning points, thereby enhancing the initiative and enthusiasm of learning; the summary of this chapter is the summary, induction and extraction of the content of this chapter, so that the knowledge learned is more physical and systematic, so that Further deepen the understanding and understanding of the content; thinking questions and exercises can deepen the understanding and mastery of the knowledge learned, and can improve the ability to use knowledge flexibly. The "Twelfth Five-Year Plan" textbooks for general higher education: Casebooks for engineering mechanics can be used as textbooks for engineering mechanics courses for engineering undergraduates in colleges and universities. Self-study exam reference.

Preface Chapter 1 Basics of Statics

1.1 Overview of Statics

1.2 Basic Concepts of Statics

1.3 Axioms of Statics

1.4 Constraints and binding forces

1.5 Force Analysis of Objects Summary of this chapter Thinking Problems Exercise Mechanics Introduction (Aristotle)

Chapter 2 Planar Meeting Forces

2.1 Concept and examples of plane convergence force system

2.2 Geometric method for the synthesis and balance of plane meeting forces

2.3 Analytical method for the synthesis and balance of plane meeting force system Summary of the chapters

Chapter 3 Plane Force Couples

3.1 Concept and example of plane force couple

3.2 Equivalent conditions for force couples

3.3 Synthesis of plane force couples

3.4 Equilibrium of Plane Force Couples Summary of this chapter Thinking Problems Exercise Mechanics Introduction (Archimedean)

Chapter 4 Planar Arbitrary Force System

4.1 Concept and Examples of Planar Arbitrary Force System

4.2 Simplification of plane arbitrary force system

4.3 Balance of Arbitrary Force System in the Plane

4.4 Equilibrium of object systems Summary of this chapter Thinking questions Exercise mechanics introduction (Lagrange)

Chapter 5 Application of Statics in Engineering

5.1 Concepts and examples of plane trusses

5.2 Internal force analysis of plane trusses

5.3 Considering the Balance of Objects under Friction

Chapter 6 Fundamentals of Material Mechanics

6.1 The task of material mechanics

6.2 Basic assumptions for deformed solids

6.3 Basic concepts of material mechanics

6.4 Forms of Member DeformationIn This Chapter

Chapter 7 Axial Tension and Compression

7.1 Concepts and Examples of Axial Tension and Compression

7.2 Internal forces in cross section during axial tension and compression

7.3 Stress on the section under axial tension or compression

7.4 Strength calculation under axial tension or compression

7.5 Deformation during axial tension and compression

7.6 Stress Concentration

Chapter 8 Shearing and Squeezing

8.1 Overview

8.2 Practical calculation of shear

8.3 Practical calculations for squeezing

Chapter 9 Geometric Properties of Plane Graphics

9.1 Overview

9.2 Static moments and centroids

9.3 Moment of inertia

9.4 Product of inertia

9.5 Parallel axis shift formula

9.6 Rotary FormulasIn this chapter

Chapter 10 Twist

10.1 Reversed concepts and examples

10.2 External moment and torque

10.3 Twisting of thin-walled cylinders

10.4 Calculation of Stress and Strength of Circular Shaft

10.5 Calculation of Deformation and Stiffness of a Circular Axis in Torsion

Chapter 11 Bending Internal Forces

11.1 Bending Concepts and Examples

11.2 Calculation of beams

11.3 Plane Bend

11.4 Bending Internal Force

11.5 Relationships among Bending Moments, Shear Forces, and Load Sets

Chapter 12 Bending Stress

12.1 Normal stress when the beam is bent

12.2 Strength conditions for normal bending stress

12.3 Bending Shear Stress and Strength Conditions of Beams

12.4 Measures to improve the bending strength of beams

Chapter 13 Bending Deformation

13.1 Examples of Bending Deformation

13.2 Approximate Differential Equations of Beam Deflection Curves

13.3 Calculating Beam Deformation Using the Integral Method

13.4 Calculating Beam Deformation Using the Superposition Method

13.5 Beam Stiffness Conditions

13.6 Simple Statically Indeterminate Beams

13.7 Measures to Improve the Bending Stiffness of This Chapter

Chapter 14 Stress State Analysis

14.1 Tasks of Stress State Analysis

14.2 Overview of Stress States

14.3 Analytical Method for Stress Analysis in Plane Stress State

14.4 Graphical Method for Stress Analysis in Plane Stress State

14.5 Three-Dimensional Stress State

14.6 Generalized Hook's Law Summary of the Thinking Exercises in This Chapter

Chapter 15 Stability

15.1 Concepts and Examples of Stability

15.2 Critical pressure of slender rods

15.3 Critical Stress of Compression Bars

15.4 Stability Calculation

15.5 Measures to Improve the Stability of the Rod Summary of this Chapter Thinking Exercises Brief Introduction to Mechanics (Euler)

Chapter 16 Material Mechanics Test

16.1 Overview

16.2 Tensile test

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