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Stress Concentrations in Laminated Composites Seng C. Tan Seng C. Tan

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Stress Concentrations in Laminated Composites Seng C. Tan 9781351413350 135141335X

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Product details:

  • ISBN 10: 135141335X
  • ISBN 13: 9781351413350 
  • Author: Seng C. Tan 
From the Author’s PrefaceThe objective of this book is to provide a thorough and systematic study of the problem of laminated composites containing stress concentrations. Stress concentrations are introduced in laminated plates in the forms of circular holes, elliptical openings and straight cracks. These forms of cutouts have many practical applications, and are familiar to most engineers. Stress concentrations exist in all known structural components. Stress concentrations have great practical importance because they are normally the cause of failure. In addition to stress analyses of laminated composites, we need more fundamental understanding of the failure mode, the failure criterion, the effects on global laminate response, and the design of composites in the presence of stress concentrations. In this book, all the subjects studied are closely related to the problem of stress concentrations in laminated composites . . . . All the models are verified with many experimental results. The underlying objective of this comprehensive study is to give the readers an in-depth and thorough understanding of the problem of stress concentrations in composites. This book is the first to address the problem of laminated composites containing stress concentrations in a systematic way.

Table contents:

Part I. Background

Chapter 1. introduction to Composite Materials

Chapter 2. Test Methods

Chapter 3. Failure Criteria

Part II. Finite-Width Solutions

Chapter 4. Finite-Width Correction Factors for Anisotropic Plate Containing a Central Opening

Chapter 5. Strain and Stress Concentrations

Part III. Laminate Failure Models (Analytical)

Chapter 6. Approximate Stress Analysis and Stress Failure Models

Chapter 7. Experiment and Modified Stress Failure Models

Part IV. Lamina Failure Models (Analytical)

Chapter 8. Point Strength and Minimum Strength Models

Chapter 9. Lamina-Based Fiber Failure Criteria and Effective Stress Failure Models

Chapter 10. Notched Strength of Thermoplastic Composites

Chapter 11. Shear Loading of Composites Containing an Opening

Chapter 12. Multiaxial Loading for Multidirectional Laminates

Chapter 13. Mixed-Mode Fracture of Unidirectional and Off-Axis Laminates—Tensile Loading

Chapter 14. Mixed-Mode Fracture of Unidirectional and Off-Axis Laminates—Compressive Loading

Chapter 15. Correlation of Damage Mechanisms and Characteristic Lengths

Part V. Progressive Failure Models (Numerical)

Chapter 16. A Progressive Failure Model for Composites with Cutouts

Chapter 17. Damage Progression and Accumulation Due to Compressive Loading

Part VI. Design Methodology

Chapter 18. Design of Laminated Composites by a Ranking Method

Chapter 19. Optimal Design with an Iterative Method

Chapter 20. Mechanical Response and Design of Laminates with a Reinforcement

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