Mixed-Mode Crack Behavior
Editor(s): Keith J. Miller, David L. McDowell
STP 1359 is a unique publication that spans the range of experimental, computational, theoretical, and physical approaches to the various aspects of mixed-mode fracture problems. 17 peer-reviewed papers address:
• Elastic-Plastic Fracture
• Three-Dimensional Cracks
• Anisotropic Fracture and Applications
• Fracture of Composite Materials
• Mixed-Mode Fracture Toughness
• Mixed-Mode Fatigue Crack Growth
• and Experimental Studies in Mixed-Mode Fatigue and Fracture.
STP 1359 also provides valuable insight into resolving some characteristic and fundamental mixed mode behavioral problems frequently observed in engineering materials, components, and structures.
Table of Contents
A Laukkanen, K Wallin, R Rintamaa
C Dalle Donne
Y-J Chao, X-K Zhu
PW Lam, AS Kobayashi, SN Atluri, PW Tan
W Hiese, JF Kalthoff
F Ma, X Deng, MA Sutton, JC Newman
MA James, D Swenson
K Kishimoto, M Notomi, S Kadota, T Shibuya, N Kawamura, T Kawakami
Y Xue, J Qu
JD Haase, A Guvenilir, JR Witt, MA Langøy, SR Stock
J Zhai, M Zhou
V Bennett, DL McDowell
KJ Miller, MW Brown, JR Yates
NE Ashbaugh, WJ Porter, RV Prakash, R Sunder
VN Shlyannikov
K Tanaka, Y Akinawa, H Yu
R John, D DeLuca, T Nicholas, J Porter