Environmentally Assisted Cracking: Predictive Methods for Risk Assessment and Evaluation of Materials, Equipment, and Structures
Editor(s): Russell D. Kane
STP 1401 is the most comprehensive volume to be published on this topic within the past ten years. It features the latest international developments on the generation of relevant materials and properties data based on laboratory tests, and methodologies for the evaluation and assessment of environmental assisted cracking in equipment and structures exposed to corrosive service environments.
27 peer-reviewed papers, written by leading scientists and experts worldwide, discuss:
• Uses of electrochemical, surface analysis, slow strain rate, and fracture mechanics techniques.
• Correlation between laboratory and in-service cracking resistance.
• State-of-the art developments in fitness-for-service and risk assessment methodologies.
• Monitoring of equipment and structures for environmentally assisted cracking.
• Uses of corrosion models to understand mechanisms and predict service life of equipment.
Table of Contents
RP Wei
A Turnbull
JR Scully
P Sofronis, A Taha
E Richey, RP Gangloff
RW Staehle
DD Macdonald, GR Engelhardt
Y Kaji, T Tsukada, Y Miwa, H Tsuji, H Nakajima
PM Scott, MC Meunier, D Deydier, S Silvestre, A Trenty
T Yonezawa, K Fujimoto, T Iwamura, S Nishida
N Sridhar, DS Dunn, A Anderko
RH Jones
YM Pan, DS Dunn, GA Cragnolino
RB Rebak
RWJ Koers, AHM Krom, A Bakker
W Dietzel
J Toribio, V Kharin
I de Curiere, B Bayle, T Magnin
PH Chou, R Etien, TM Devine
PF Ellis, RE Munson, J. Cameron
EU Lee, HC Sanders, K George, VV Agarwala
MPH Brongers, GH Koch, AK Agrawal
R Raicheff, L Maldonado
SW Dean, JG Maldonado, RD Kane
J Toribio, E Ovejero
GA Andersen
W Zheng, R Sutherby, RW Revie, WR Tyson, G Shen