Elevated Temperature Effects on Fatigue and Fracture
Editor(s): R.S. Piascik/R.P. Gangloff/A. Saxena
STP 1297 is the first publication of its kind to explore how increased heat impacts the fatigue and fracture behavior of advanced metals. 12 comprehensive, peer-reviewed papers cover the following key topics:
• Integration of damage evolution, from the most general distributed form to the slightest crack tip
• High-resolution experimental exploration of the fatigue and fracture processes
• Thoroughly tested, high quality quantitative prediction models
• Next-generation structural metal performance and component life prediction.
A critical resource for metallurgists, mechanical engineers in aerospace, researchers involved with military and primary metals production technologies and power generation specialists.
Table of Contents
BC Hamilton, DE Hall, A Saxena, DL McDowell
DE Hall, BC Hamilton, DL McDowell, A Saxena
M Sester, R Mohrmann, H Riedel
GG Chell, CJ Kuhlman, HR Millwater, DS Riha
M Gao, S-F Chen, GS Chen, RP Wei
N Tada, W Zhou, T Kitamura, R Ohtani
KB Yoon, UB Baek, CM Suh
C Sarrazin-Baudoux, S Lesterlin, J Petit
TP Albertson, RR Stephens, TD Bayha
MJ Haynes, BP Somerday, CL Lach, RP Gangloff
AP Reynolds, RE Crooks
F Yang, A Saxena, TL Starr