Machine derived contents note: 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