Slow Strain Rate Testing for the Evaluation of Environmentally Induced Cracking: Research and Engineering Applications
Editor(s): R. D. Kane
Highlights some of the new directions in testing for environmentally induced cracking using a variety of slow strain rate techniques.
19 papers written by researchers from industry, government agencies, and universities worldwide address:
• Development and application of slow strain rate testing techniques
• Uses of slow strain rate SCC testing to control or monitor industrial processes: applications in nuclear power
• Research applications and developments in slow strain rate testing techniques
• Industrial applications of slow strain rate testing to evaluate the environmentally induced cracking
• Use of slow strain rate testing for qualification of SCC resistance of corrosion resistant alloys: case histories in petroleum production.
Papers describe both fundamental research studies and more practical applications
Table of Contents
RD Kane
RN Parkins
JA Beavers, GH Koch
RD Kane, SM Wilhelm
ME Indig
MT Miglin, BP Miglin
P Dewes, D Alter, F Garzarolli, R Hahn, JL Nelson
J Toribio
MG Vassilaros, RL Juers, ME Natishan, AK Vasudevan
W Dietzel, K-H Schwalbe
DT Nguyen, DE Nichols, RD Daniels
DA Meyn, PS Pao
KL Baumert, WR Watkins
RD Kane, D Wu, SM Wilhelm
JJ Krupowicz
PA Klein, RA Hays, PJ Moran, JR Scully
HS Ahluwalia
A Ikeda, M Ueda, H Okamoto
SM Wilhelm, DM Currie
EL Hibner