Fracture Mechanics
Editor(s): Richard Roberts
Fracture mechanics has become one of the preeminent disciplines utilized in the evaluation of structural integrity during the past 20 years. This publication covers the following topics: fatigue of engineering materials with principle applications to metals, stress-intensity factors; elastic-plastic fracture mechanics, and fracture mechanics and structure integrities.
Table of Contents
R Roberts
JB Chang, RM Engle, J Stolpestad
RJ Bucci
JH Underwood, JA Kapp
AU de Koning
A Saxena, RS Williams, TT Shih
BN Leis, TP Forte
J Janiszewski, RW Hertzberg, JA Manson
G Marci
P Balladon, J Freycenon, J Heritier
RC Donath, T Nicholas, LS Fu
DM Norris, JE Reaugh, WL Server
KP Datta, WE Wood
MP Wnuk, S Sedmak
RL Tobler, DT Read, RP Reed
WG Clark
AG Denyer
EP Kennedy, CR Kennedy
TT Shih, WA Logsdon
JG Avery, SJ Bradley, KM King
JC Lewis, G Sines
DO Harris, EY Lim
JW Phillips, RJ Sanford
J Heliot, R Labbens, F Robisson
CW Smith, WH Peters, GC Kirby, A Andonian
SS Palusamy, M Raymund
LM Barker
HA Ernst, PC Paris, JD Landes
KW Carlson, JA Williams
JA Joyce, MG Vassilaros
P Nguyen-Duy
GA Clarke
WR Andrews, V Kumar, MM Little
ME Taylor, JM Barsom
CR Saff, DR Holloway
R Roberts