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Chapter 2. Principles of Materials Engineering and Mechanical Testing
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Chapters in this book
- Frontmatter i
- Contents v
- Preface ix
-
Section I. Background
- Chapter 1. Introduction to Materials Engineering 3
- Chapter 2. Principles of Materials Engineering and Mechanical Testing 10
- Chapter 3. Viscoelasticity 22
-
Section II. The Structural Basis for Material Properties
- Chapter 4. The Structural Origin of Elasticity and Strength 43
- Chapter 5. Fracture Mechanics 50
- Chapter 6. The Molecular Origins of Soft Elasticity 59
- Chapter 7. The Molecular Origins of Viscoelasticity 74
- Chapter 8. The Design of Composite Materials 84
-
Section III. The Mechanical Design of Tensile Materials
- Chapter 9. The Structural Design of Collagen 103
- Chapter 10. The Structural Design of Spider Silks 152
-
Section IV. The Mechanical Design of Rigid Materials
- Chapter 11. The Structural Design of Bone 191
- Chapter 12. The Structural Design of Insect Cuticle 231
-
Section V. The Mechanical Design of Pliant Biomaterials
- Chapter 13. The Evolutionary Origins of Pliant Biomaterials 277
- Chapter 14. Rubberlike Proteins 290
- Chapter 15. Pliant Matrix Materials and the Design of Pliant Composites 314
-
Section VI. Concluding Comments
- Chapter 16. Final Thoughts 353
- List of symbols 359
- Bibliography 363
- Index 375
Chapters in this book
- Frontmatter i
- Contents v
- Preface ix
-
Section I. Background
- Chapter 1. Introduction to Materials Engineering 3
- Chapter 2. Principles of Materials Engineering and Mechanical Testing 10
- Chapter 3. Viscoelasticity 22
-
Section II. The Structural Basis for Material Properties
- Chapter 4. The Structural Origin of Elasticity and Strength 43
- Chapter 5. Fracture Mechanics 50
- Chapter 6. The Molecular Origins of Soft Elasticity 59
- Chapter 7. The Molecular Origins of Viscoelasticity 74
- Chapter 8. The Design of Composite Materials 84
-
Section III. The Mechanical Design of Tensile Materials
- Chapter 9. The Structural Design of Collagen 103
- Chapter 10. The Structural Design of Spider Silks 152
-
Section IV. The Mechanical Design of Rigid Materials
- Chapter 11. The Structural Design of Bone 191
- Chapter 12. The Structural Design of Insect Cuticle 231
-
Section V. The Mechanical Design of Pliant Biomaterials
- Chapter 13. The Evolutionary Origins of Pliant Biomaterials 277
- Chapter 14. Rubberlike Proteins 290
- Chapter 15. Pliant Matrix Materials and the Design of Pliant Composites 314
-
Section VI. Concluding Comments
- Chapter 16. Final Thoughts 353
- List of symbols 359
- Bibliography 363
- Index 375