Multiaxial Fatigue
Editor(s): Miller, Brown
Combines international schools of thought on the behavior of materials subjected to multiaxial fatigue. Gives designers simplified methods of analysis that are applicable to practical situations involving complex street cycling. Shows that significant progress has been made in predicating finite fatigue life behavior, namely, that induction of stresses on two or three axes in fatigue experiments provides valuable information on the micro mechanisms of fatigue crack formation and growth and the uses and limitations of multiaxial correlation factors.
Table of Contents
KJ Miller, MW Brown
HO Fuchs
MS Found, US Fernando, KJ Miller
SD Downing, DR Galliart
CC Lawrence
SJ Harvey, AP Toor, P Adkin
DL McDowell, DF Socie
AP Kfouri, KJ Miller
EW Smith, KJ Pascoe
MW Brown, KJ Miller
D Rhodes, JC Radon
H Kitagawa, R Yuuki, K Tohgo, M Tanabe
G Hua, N Alagok, MW Brown, KJ Miller
RO Ritchie, FA McClintock, EK Tschegg, H Nayeb-Hashemi
F Hourlier, H d'Hondt, M Truchon, A Pineau
LP Pook
NJ Hurd, PE Irving
B Jacquelin, F Hourlier, A Pineau
BN Leis, J Ahmad, MF Kanninen
TC Lindley, KJ Nix
I Verpoest, BD Notohardjono, E Aernoudt
MS Found
JC Radon, CR Wachnicki
DL Jones, PK Poulose, H Liebowitz
DL McDiarmid
RA Williams, RJ Placek, O Klufas, SL Adams, DC Gonyea
DF Socie, LA Waill, DF Dittmer
GE Leese, J Morrow
JW Fash, DF Socie, DL McDowell
SM Tipton, DV Nelson
S-B Lee
EH Jordan, MW Brown, KJ Miller
CM Sonsino, V Grubisic
DL McDiarmid
M Ohnami, M Sakane, N Hamada
RH Marloff, RL Johnson, WK Wilson
FA Kandil, KJ Miller, MW Brown
ER de los Rios, FA Kandil, KJ Miller, MW Brown
DR Hayhurst, FA Leckie, DL McDowell
DJ Marsh, FDW Charlesworth
KJ Miller, MW Brown