Fundamentals of Structural Integrity: Damage Tolerant Design and Nondestructive Evaluation

A unique presentation of two key elements of structural design
Both damage tolerant design and nondestructive inspection are essential for achieving structural integrity, yet these interrelated disciplines are generally studied independently and implemented by different individuals within an organization. Fundamentals of Structural Integrity is an unparalleled presentation of both of these technologies in a single volume that points out the many interconnected details that must function in concert to assure the prevention of structural failures.
This groundbreaking volume introduces the concept of structural integrity and explains how it is achieved. It provides examples of threats to structural integrity, reviews structural certification policies, and presents detailed coverage of damage tolerant design procedures and nondestructive inspection methods. Outstanding features of this comprehensive guide include:In–depth discussions of crack tip plasticity issues and fatigue crack growthMethods for obtaining stress intensity factor solutionsProcedures for anticipating service–induced fatigue and corrosion damageIn–depth presentations of all major nondestructive inspection techniquesCoverage of inspection intervals and residual strengthU.S. Air Force AFGROW life prediction software included on the associated Web site
Fundamentals of Structural Integrity is an indispensable resource for mechanical, materials, civil, and aerospace engineers charged with researching, designing, or maintaining safe operation of high–performance structures.

Spis treści:
Preface.
I. INTRODUCTION.
1. Introduction.
2. Review of Preliminary Concepts.
3. Introduction to Linear Elastic Fracture Mechanics.
4. Nondestructive Evaluation.
DAMAGE TOLERANCE ANALYSIS.
5. Crack Tip Plasticity.
6. Fracture and Residual Strength.
7. Fatigue Crack Growth.
8. Str ess Intensity Factor Analysis.
9. Service–Induced Damage.
NONDESTRUCTIVE EVALUATION.
10. Visual and Liquid Penetrant Inspections.
11. Radiographic Inspections. 
12. Ultrasonic Inspection.
13. Eddy Current Inspection.
14. Magnetic Particle Inspection.
15. Other Inspection Methods.
APPLICATIONS.
16. Design Considerations.
17. Structural Integrity of Aging Systems.
18. Concluding Remarks.
Appendix. AFGROW User′s Guide.
Index.

Nota biograficzna:
ALTEN F. GRANDT JR. is the Raisbeck Engineering Distinguished Professor of Engineering and Technology Integration at Purdue University’s School of Aeronautics and Astronautics.

Okładka tylna:
A unique presentation of two key elements of structural design
Both damage tolerant design and nondestructive inspection are essential for achieving structural integrity, yet these interrelated disciplines are generally studied independently and implemented by different individuals within an organization. Fundamentals of Structural Integrity is an unparalleled presentation of both of these technologies in a single volume that points out the many interconnected details that must function in concert to assure the prevention of structural failures.
This groundbreaking volume introduces the concept of structural integrity and explains how it is achieved. It provides examples of threats to structural integrity, reviews structural certification policies, and presents detailed coverage of damage tolerant design procedures and nondestructive inspection methods. Outstanding features of this comprehensive guide include:In–depth discussions of crack tip plasticity issues and fatigue crack growthMethods for obtaining stress intensity factor solutionsProcedures for anticipating service–induced fatigue and corrosion damageIn–depth presentations of all major nondestructive inspection tec hniquesCoverage of inspection intervals and residual strengthU.S. Air Force AFGROW life prediction software included on the associated Web site
Fundamentals of Structural Integrity is an indispensable resource for mechanical, materials, civil, and aerospace engineers charged with researching, designing, or maintaining safe operation of high–performance structures.