14 Typical NDT methods: laser shearography and acoustic emission

Chapters in this book

1. Frontmatter I
2. Contents V
3. Preface XIII
4. 1 Introduction 1
5. 2 Composite materials 30
6. 3 Design formulas 68
7. 4 Introduction to fatigue 85
8. 5 Introduction to crack propagation analysis 104
9. 6 Buckling of thin-walled structures 120
10. 7 Vibrations of thin-walled structures 166
11. 8 Dynamic buckling of thin-walled structures 197
12. 9 Optimization of thin-walled structures 225
13. 10 Structural health monitoring (SHM) 290
14. 11 Vibration correlation technique 323
15. 12 Morphing flying vehicles 349
16. 13 Large deflections of columns and plates 379
17. 14 Typical NDT methods: laser shearography and acoustic emission 415
18. 15 Monitoring natural frequencies to yield material properties 444
19. Index 463