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Mixed-Mode Fatigue and Fracture

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Title: Mixed-Mode Fatigue and Fracture
Author: H. P. Rossmanith, K. J. Miller
ISBN: 0852988451 / 9780852988459
Format: Hard Cover
Pages: 358
Publisher: Wiley
Year: 1993
Availability: In Stock
     
 
  • Contents


Foreward

Practical Problems
Chapter 1. : FEW Simulation of Mixed-Mode Fatigue Crack Growth in Metal Forming Tools
Chapter 2. : Fractures in Aircraft Components

Experimental Techniques and Procedures
Chapter 3. : An Interactive Approach for K Determination from Caustics at Interface Cracks
Chapter 4. : Mode II Fatigue Under a Compressive Stress Field: a Simplified Model For Rolling Contact Fatigue
Chapter 5. : A Novel Arrangement for Mixed-Mode Impact Testing Characterization by Shadow Optics
Chapter 6. : A Mixed-Mode Fatigue Crack Propagation Test Using a Cracked Ring

Experimental Mixed-Mode Studies
Chapter 7. : J Integral Approach to Elastic-Plastic Mixed-Mode Fracture
Chapter 8. : Micromechanisms of Fracture in Steel Tested Under Mixed-Mode Loading Above The Transition Temperature
Chapter 9. : In-and out-of – Phase Multiaxial Fatigue of a Carburized Steel
Chapter 10. : Crack Closure Analysis for The Threshold of Fatigue Crack Growth Under Mixed-Mode I/II Loading
Chapter 11. : Mixed-Mode Fatigue,Creep,and Creep-Fatigue Crack Growth in Jethete M 152 at 550C
Chapter 12. : Crack-Wave Interaction in Finite Strips
Chapter 13. : Friction-Toughness Interaction in Mixed-Mode Crack Propagation of Concrete
Chapter 14. : Propagation and Fracture Energy of Interface Cracks Elastically Similar Brittle Materials Under Mixed-Mode Loading Conditions
Chapter 15. : Some Aspects of The Prediction of Fatigue Crack Paths

Analytical Solutions and Models
Chapter 16. : Crack Kinking and Curving in Three- Dimensional Elastic Solids-Application to The Study of Crack Path Stability in Hydraulic Fracturing
Chapter 17. : A Singular Integral Equation Solution for an Elliptical Crack Subjected to a Tri-Axial Stress
Chapter 18 : Modeling of Non-Liner Behaviour of Particulate Composites

Numerical Solutions
Chapter 19. : Finite Element Analysis of Mixed-Mode Fracture
Chapter 20. : A Finite Element Analysis of The Angle Crack Specimen
Chapter 21. : Mixed-Mode Fracture Investigations of Interface Cracks in Dissimilar Media
Chapter 22. : Numerical Analysis of Mixed-Mode Fracture of Quasi-Brittle Materials Using a Multicrack Constitutive Model
Chapter 23. : A Path-Independent Integral for Computing Stress Intensities of V Notched Cracks and Mixed-Mode Problems
Chapter 24. : Transient Thermal Fracture of Interface Cracks in Dissimilar Materials Containing Surface Cracks

 
 
 
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