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Applications of Continuum Damage Mechanics to Fatigue and Fracture McDowell DL Pages: 235       Published: 1997

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Table of Contents

Overview
McDowell DL

Creep Damage and Creep-Fatigue Damage Interaction Model for Unidirectional Metal-Matrix Composites
Kruch S, Arnold SM

A Model for Predicting the Effect of Environmental Degradation on Damage Evolution of Metal-Matrix Composites
Allen DH, Foulk JW, Helms KLE, Lagoudas DC

In Situ Damage Progression in General Layup Composites
Fan J

A Coupled/Uncoupled Computational Scheme for Deformation and Fatigue Damage Analysis of Unidirectional Metal-Matrix Composites
Wilt TE, Arnold SM, Saleeb AF

Damage, Fatigue, and Failure of Ceramic-Matrix Composites
Burr A, Hild F, Leckie FA

A Micromechanical Fatigue Damage Model for Unidirectional Metal-Matrix Composites
Voyiadjis GZ, Echle R

Microscopic and Mesoscopic Damage Localization
Agha YH, Hild F, Billardon R

Effects of Damage Distribution on Evolution
Lacy TE, Talreja R, McDowell DL

A Statistical Evolution Equation of Microdamage and Its Application
Bai Y, Han W, Bai J

A Unified Approach to Metal Fatigue Based on the Theory of Damage Mechanics
Chow CL, Yu LG

Solid Mechanics Modeling of Erosion Damage
Woytowitz PJ, Richman RH

Assessment of a Semielliptical Crack in the Interface Between Ferritic and Austenitic Material on the Basis of the Gurson Model
Sun DZ, Schmitt W

Stress History Dependent Localization and Failure Using Continuum Damage Mechanics Concepts
Horstemeyer MF, Revelli V

Committee: E08
Paper ID: STP1315-EB
DOI: 10.1520/STP1315-EB

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0-8031-2473-2
978-0-8031-2473-8
STP1315-EB