Table of contents for Advances in fatigue, fracture and damage assessment of materials / editor, A. Varvani-Farahani.


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Section 1: DAMAGE PROGRESS AND CRACKING MECHANISM
Chapter 1: Damage progress in the crack planes
A. Varvani-Farahani and T. H. Topper.....................................  3
Chapter 2: Damage and cracking morphology
A. Staroselsky ................................................. 15
Section 2: CONSTITUTIVE RULE IN DAMAGE AND DEFORMATION
Chapter 3:  A mathematical description of damage and deformation
S. Dimitrov & E. Schnack......................... ................... 57
Chapter 4:  Proportional analysis of non-proportional loadings
H. Jahed & M Noban ....................... ................... .... 83
Section 3: DAMAGE AND CRACK DETECTION TECHNIQUES
Chapter 5:  Testing and materials-damage detection methods
M . J. Roan  .................................................... .............. 115
Chapter 6:  Fatigue micro-crack measurements using CSLM image-processing
technique
A. Varvani-Farahani, T. H. Topper & A. Plumtree................... 155
Section 4: FATIGUE DAMAGE ANALYSIS AND LOADING TYPE
Chapter 7: Fatigue-damage analysis under various loading conditions
A. Varvani-Farahani............................... .................. ...  171
Chapter 8:  Random multiaxial fatigue loading
E. M acha  &  A. Nieslony  ........................................................  213
Section 5: DAMAGE ANALYSIS IN COMPOSITE MATERIALS
Chapter 9:  Failure and damage of fibrous composite materials
H . H aftchenari........................................ ............ . 245
Chapter 10: Cracking and damage on concrete structures
M. R. Kianoush &  H. Mirzabozorg ..................... .................... .. 279
Section 6: CORROSION AND DAMAGE ANALYSIS
Chapter 11: Corrosion fatigue
S. A. Shipilov  .............................................................  329
Section 7: FATIGUE DAMAGE ANALYSIS AND APPLICATIONS
Chapter 12: Practical applications on fatigue and fracture of aircraft
structures
A. Dabayeh  ................................................... ...... 393
Chapter 13: Fatigue damage in microelectronic packages
H. Lu  &  R. Das.................................. ........... ... 435
Chapter 14: Fatigue-life assessment of silicon MEMS components
A. Varvani-Farahani................................ ............ 485



Library of Congress subject headings for this publication: Materials Fatigue, Fracture mechanics, Deformations (Mechanics)Fibrous composites Fatigue, Concrete Corrosion