Advances in Fatigue Lifetime Predictive Techniques
Editor(s): M. R. Mitchell, R. W. Landgraf
Papers from fatigue researchers and practitioners review recent progress in the development of methods to predict fatigue performance of materials and structures and to assess the extent to which these new methods are finding their way into practice. 27 papers on:
• General Approaches
• Elevated Temperature Phenomena
• Spectrum Loading
• Multiaxial Behavior
• Applications.
Table of Contents
MR Mitchell, RW Landgraf
JC Newman, EP Phillips, MH Swain, RA Everett
M Vormwald, P Heuler, T Seeger
H Sehitoglu
NM Abuelfoutouh
MA McGaw
GR Halford, JF Saltsman, MJ Verrilli, V Arya
GR Halford, MJ Verrilli, S Kalluri, FJ Ritzert, RE Duckert, FA Holland
T Nicholas, S Mall
R Sunder
R Sunder
PS Veers, JA Van Den Avyle
DJ Dougherty, AU de Koning, BM Hillberry
S Sutharshana, M Creager, D Ebbeler, N Moore
JA Bannantine, DF Socie
SC Reddy, A Fatemi
SY Zamrik, DC Davis, PJ Kulowitch
A Siljander, P Kurath, FV Lawrence
D Zhang, BI Sandor
WK Baek, RI Stephens
SM Tipton, DA Newburn
MH Swellam, P Kurath, FV Lawrence
K Hatanaka, T Fujimitsu, S Shiraishi, J Omori
SD Manning, JN Yang, FL Pretzer, JE Marler
WO Soboyejo
DV Swenson, C Chih-Chien, TG Derber
PC Riccardella, AF Deardorff, TJ Griesbach
HR Jhansale, DR McCann