Structural shear joints : analyses, properties and design for repeat loading

✍ Scribed by Hahn, George T.; Rubin, Carol A.; Iyer, Kaushik

Publisher: ASME Press, Woodhead Pub
Year: 2005
Tongue: English
Leaves: 270
Category: Library

No coin nor oath required. For personal study only.

✦ Synopsis

Describes the mechanical response of butt, lap and doubler joints. This book incorporates the results of over 150, 2D and 3D finite element analyses of aluminum and steel connections. It also addresses riveted and bolted joints, aluminum connections for airframes and automotive bodies, and steel connections for machines and bridges

✦ Table of Contents

Content: Section 1. Mechanical behavior of shear joints and design considerations --
Chapter 1 Basic features --
Chapter 2. Shear joints in the bearing mode --
Chapter 3. Claming, interference, micro-slip and self-piercing rivets --
Chapter 4 Fatigue of shear joints --
Chapter 5. Design considerations for repeated loading --
Section 2. Compilation of finite element results --
Chapter 6. Load transfer in single rivet-row lap joints (conventional and countersunk) --
Chapter 7. Compilation of results for open hole panels and butt joints --
Chapter 8. Compilation of results for lap joints --
Chapter 9. Single rivet-row lap joints under biaxial loading --
Chapter 10. Compilation of results for lap joints with sealants and adhesives --
Chapter 11. Compilation of results for rivets --
Chapter 12. Data tabulations --
Section 3. Calculational models and validation --
Chapter 13. Finite element models --
Chapter 14. Thin adhesive layer analysis (TALA) for modeling sealants and adhesives installed in joints --
Chapter 15. Material models for the finite element analysis and TALA --
Chapter 16. Validation for finite element analysis and TALA --
Chapter 17. Analyses for multiple-row joints and validation --
Chapter 18. Analysis of fastener tension and clamping strain --
Appendix A. Summary of calculational models --
Appendix B. Stress concentration fator-fatigue strength (SCF-FS) analysis --
Appendix C. Analysis of fretting wear and fatigue --
Appendix D. Symbols, abreviations and units.

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