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Elements of fracture mechanics

Author: Prashant Kumar
Publisher: New York, N.Y. : McGraw-Hill Education LLC., ©2009.
Edition/Format:   eBook : Document : EnglishView all editions and formats
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Genre/Form: Electronic books
Material Type: Document, Internet resource
Document Type: Internet Resource, Computer File
All Authors / Contributors: Prashant Kumar
ISBN: 9780070656963 0070656967
OCLC Number: 894357135
Description: 1 online resource (xvi, 273 pages) : illustrations, figures, tables
Contents: A. Dedication --
B. Preface --
C. Acknowledgements --
D. Author's profile --
1. Background --
Kinds of failure --
Historical aspects --
Brittle and ductile fracture --
Modes of fracture failure --
How potent is a crack? --
Point of view --
Damage tolerance --
References --
2. Energy release rate --
Introduction --
Griffith's dilemma --
Surface energy --
Griffith's realization --
Griffith's analysis --
Energy release rate --
Energy release rate of dcb specimen --
Anelastic deformation at crack-tip --
Crack resistance --
Stable and unstable crack growth --
R-curve for brittle cracks --
Thin plate vs thick plate --
Critical energy release rate --
Closure --
Questions --
Problems --
References --
3. Stress intensity factor --
Introduction --
Stress and displacement fields in isotropic elastic materials --
Stress intensity factor --
Background for mathematical analysis --
Westergaard's approach --
Concluding remarks --
Questions --
Problems --
References --
4. Sif of more complex cases --
Other applications of westergaard approach --
Application of the principle of superposition --
Crack in a plate of finite dimensions --
Edge cracks --
Embedded cracks --
The relation between gi and ki --
Critical stress intensity factor --
Bending and twisting of cracked plates --
Closure --
Appendix 4a: general approach to determine stress and displacement fields --
Appendix 4b: sif of some important cases --
Questions --
Problems --
References --
5. Anelastic deformation at the crack tip --
Further investigation at the crack tip --
Approximate shape and size of the plastic zone --
Effective crack length --
Effect of plate thickness --
Closure --
Questions --
Problems --
References --
6. J-integral --
Relevance and scope --
Definition of the j-integral --
Path independence --
Stress-strain relation --
Further discussion on j-integral --
Engineer approach --
a short cut --
Closure --
Appendix 6a: equivalence of g and j for elastic materials --
Appendix 6b: the j-integral of some common cases through engineering approach --
Questions --
Problems --
References --
7. Crack tip opening displacement --
Introduction --
Relationship between ctod, ki and gi for small scale yielding --
Equivalence between ctod and j --
Closure --
Questions --
Problems --
References --
8. Test methods --
Introduction --
Kic-test technique --
Test methods to determine jic --
Test methods to determine gic and giic --
Determination of critical ctod --
Closure --
Appendix 8a: regression analysis to fit a line of known slope --
Questions --
Problems --
References --
9. Fatigue failure and environment-assisted fracture --
Introduction --
Fatigue failure --
Environment-assisted fracture --
Environment-assisted fatigue failure --
Closure --
Questions --
Problems --
References --
10. Finite element analysis of cracks in solids --
Finite element method --
Direct methods to determine fracture parameters --
Indirect methods to determine fracture parameters --
References --
11. Mixed mode crack initiation and growth --
Introduction --
Fracture surface --
Mixed mode crack propagation criteria --
An example of mixed mode --
Crack growth --
References --
12. Crack detection through non-destructive testing --
Introduction --
Examination through human senses --
Liquid penetration inspection --
Ultrasonic testing --
Radiographic imaging --
Magnetic particle inspection --
Concluding remarks --
References.
Responsibility: by Prashant Kumar.

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