Composite Materials: Fatigue and Fracture, Fourth Volume
Editor(s): Wayne W. Stinchcomb, Noel E. Ashbaugh
Addresses current issues related to fatigue and fracture of composites and practical insights on new developments in damage and failure analysis and test methods. Provides new directions for emerging technology areas, such as micro mechanics and interfacial analysis, which are applicable to fatigue and fracture of composites. The materials addressed are thermo-composites, metal matrix composites, and ceramic matrix composites, as well as a specialty laminate.
Table of Contents
W Stinchcomb, N Ashbaugh
AJ Sawicki, MJ Graves, PA Lagace
GD Chu, CT Sun
PA Lagace, NV Bhat, A Gundogdu
DA Hirschfeld, CT Herakovich
S Liu, Z Kutlu, F-K Chang
RH Martin, WC Jackson
M Bolduc, C Roy
L Boniface, SL Ogin, PA Smith
BA Lerch, JF Saltsman
C-F Yen, KW Buesking
SN Chatterjee, ECJ Wung, CF Yen
X Lu, D Liu
GB Murri, RH Martin
S Kellas, J Morton, KE Jackson
M Hojo, T Aoki
E Armstrong-Carroll, B Iskandarani, I Kamel, TM Donnellan
SJ Hooper, R Subramanian
EA Armanios, J Li
LJ Hart-Smith
GP Carman, JJ Lesko, A Razvan, KL Reifsnider
JJ Lesko, GP Carman, DA Dillard, KL Reifsnider
DD Edie, JM Kennedy, RJ Cano, RA Ross
GP Carman, JJ Lesko, KL Reifsnider
Z Gao, KL Reifsnider
RL Wolterman, JM Kennedy, GL Farley
TK O'Brien, SJ Hooper
TK O'Brien
GC Scrivner, WS Chan
RE Swain, CE Bakis, KL Reifsnider
M Elahi, A Razvan, KL Reifsnider
M Mirdamadi, WS Johnson, YA Bahei-El-Din, MG Castelli
MJ Verrilli, TP Gabb
K Liao, TJ Dunyak, WW Stinchcomb, KL Reifsnider
SE Stanzl-Tschegg, M Papakyriacou, HR Mayer, J Schijve, EK Tschegg