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Mechanics of composite materials [Yang Jingning, edited by Ma Liansheng] 2014

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  • Data language: Chinese version
  • Document format: PDF document
  • Data Category: Material Books
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Mechanics of Composite Materials: Yang Jingning AND APPLIED forward Published: 2014
Introduction to the "Mechanics of Composite Materials" focuses on basic theories and calculation methods, systematically expounds the mechanical foundations of composite materials and the basic theories and analysis methods of macromechanics, focusing on the concepts, principles, and basic analysis methods. The purpose is to enable readers Have a comprehensive understanding of composite materials and their mechanical analysis, and provide basic theoretical, calculation and design knowledge for the reasonable application of composite materials in various fields such as aerospace, transportation, architecture, and medicine. The contents include: overview of composite materials; elastic theory of anisotropic materials; macro-mechanical analysis of single-layer plates; macro-mechanical analysis of laminated plates; strength theory of composite materials; damp-heat effect of composite plates; bending of composite laminated plates , Buckling and vibration; macro-mechanical analysis of functionally graded plates; overview of smart materials, etc. The content of "Mechanics of Composite Materials" not only has a relatively complete theoretical basis, but also strives for concise narration, concise content, conciseness and practicality, and at the same time pays attention to embodying new achievements in the study of composite mechanics. The book is equipped with appropriate examples and exercises to help students learn by themselves. "Mechanics of Composite Materials" can be used as a textbook for undergraduates and graduate students of mechanics and related majors in colleges and universities, and it can also be used as a reference for engineering and technical personnel engaged in composite material structure design, manufacturing, and research and development of composite materials.
Chapter 1 Overview of Composite Materials
1.1 Introduction
1.1.1 The concept of composite materials
1.1.2 Classification of composite materials
1.2 Characteristics and applications of composite materials
1.2.1 Characteristics of composite materials
1.2.2 Advantages of composite materials
1.2.3 Disadvantages of composite materials
1.2.4 Application of composite materials
1.3 Mechanical analysis methods of composite materials
1.3.1 Micromechanics
1.3.2 Macro mechanics
1.3.3 Structural Mechanics of Composite Materials
1.4 Significance of Mechanical Analysis of Composite MaterialsChapter 2 Elasticity Theory of Anisotropic Materials
2.1 Basic Equations of Anisotropic Elasticity Theory
2.1.1 Basic Equations of Anisotropic Elasticity
2.1.2 Strain potential energy density function U
2.1.3 Materials with an elastic symmetry plane
2.1.4 Orthotropic materials
2.1.5 Transversely isotropic material
2.1.6 Isotropic materials
2.2 Engineering elastic constants of orthotropic materials
2.2.1 Engineering elastic constants of orthotropic materials
2.2.2 Restrictions on Engineering Elastic Constants of Orthotropic MaterialsChapter 3. Macromechanical Analysis of Single-Layer Plates
3.1 Stress-strain relationship in the principal axis direction of composite single-layer plates
3.2 Off-axis stress-strain relationship of composite single-layer plates
3.2.1 Stress conversion formula
3.2.2 strain conversion formula
3.2.3 Off-axis stress-strain relationship of single-layer plates
3.3 Engineering elastic constants of off-axis directions of composite single-layer plates
3.4 Static mechanical properties test of composite materials
3.4.1 Tensile performance test
3.4.2 Compression performance test
3.4.3 In-plane shear performance test
3.4.4 Interlayer Shear Performance Test
3.4.5 Bending Performance Test Exercises Chapter 4 Macromechanical Analysis of Laminate
4.1 Overview of laminates
4.1.1 Properties of laminates
4.1.2 Marking of laminates
4.2 Classic laminate theory
4.2.1 Basic assumptions for laminates
4.2.2 Stress-strain relationship of laminated plates
4.2.3 Internal forces and internal moments of laminates
4.3 Stiffness of single-layer plates
4.3.1 Isotropic single layer board
4.3.2 Transversely isotropic single-layer board
4.3.3 Special Orthotropic Single Layer Plate
4.3.4 General Orthotropic Single Layer Plate
4.4 Stiffness of symmetrical laminate
4.4.1 Symmetrical laminate with isotropic layers
4.4.2 Symmetric laminated plates composed of special orthotropic layers
4.4.3 Normally symmetrical orthogonally laid laminates
4.4.4 Laminated boards with regular symmetrical corners
4.5 Stiffness of antisymmetric laminates
4.5.1 Anti-symmetric orthogonally laid laminates
4.5.2 Rule of Anti-Angular Laminated Plywood Exercises Chapter 5. Strength Theory of Composite Materials
5.1 Strength theory of isotropic materials
5.2 Strength theory of single-layer composites
5.2.1 Strength Index of Orthotropic Materials


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复合材料力学[杨静宁,马连生编著] 2014年 Download Composite Mechanics [Edited by Yang Jingning, Ma Liansheng] 2014

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