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Advances in Fatigue Lifetime Predictive Techniques: Second Volume Mitchell MR Pages: 257       Published: 1993

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Table of Contents

Overview
Mitchell MR, Landgraf RW

Use of Mechanistic Life Prediction Methods for the Design of Damage-Tolerant Composite Material Systems
Reifsnider KL

Contribution of Individual Spectrum Load Cycles to Damage in Notch Root Crack Initiation, Short and Long Crack Growth
Sunder R

Calculation of Spectrum Load Notch Root Crack Growth Rate Under Elastic and Inelastic Conditions
Sunder R, Prakash RV, Mitchenko EI

Fatigue Damage Due to Sub-Threshold Load Cycles Between Periodic Overloads
Zhou Z, Zwerneman FJ

Exact Determination of and Crack Propagation Prediction for Selected Loading Sequences
Zhang SJ, Döker H, Nowack H, Schulte K, Trautmann K-H

FEM Analysis of Cyclic Deformation Around the Fatigue Crack Tip After a Single Overload
Oliva V, Kune I

A Creep Cavity Growth Model for Creep-Fatigue Life Prediction of a Unidirectional W/Cu Composite
Kim Y-S, Verrilli MJ, Halford GR

Thermal-Mechanical Fatigue Lifetime Prediction of an Austenitic Stainless Steel
Shi HJ, Robin C, Pluvinage G

The Cumulative Fatigue Damage Behavior of MAR-M 247 in Air and High-Pressure Hydrogen
McGaw MA, Kalluri S, Moore D, Heine J

Crack Density and Fatigue Lifetime of Metals Under Variable Amplitude Loading
Bomas H, Mayr P

Determination of Fatigue Limit Between 10 and 10 Cycles Using an Ultrasonic Fatigue Device
Bathias C, Jingang N

Novel Methodology for Fatigue Lifetime Prediction
Puskar A

Estimation of Fatigue Propagation Life in Resistance Spot Welds
Sheppard SD

A Reverse Plasticity Criterion for Specifying Optimal Proof Load Levels
Tipton SM, Sorem JR

Fatigue Lifetime Prediction of Angle-Plied Fiber-Reinforced Elastomer Composites as Pneumatic Tire Materials
Lee BL, Medzorian JP, Hippo PK, Liu DS, Ulrich PC

Problems with Current Methodology in Using the Arrhenius Equation to Predict the Long-Term Behavior of Polymeric Materials in Geotechnical Environments
Bright DG

Author Index


Subject Index


Committee: E08
Paper ID: STP1211-EB
DOI: 10.1520/STP1211-EB

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STP1211-EB