Cyclic Deformation, Fracture, and Nondestructive Evaluation of Advanced Materials: Second Volume
Editor(s): M. R. Mitchell, Otto Buck
Covers the implementation and use of engineered advanced metallic, ceramic, and polymeric materials and composites, and serves as a companion to volume to STP 1157. 21 peer-reviewed papers cover fatigue crack initiation, crack growth, and fracture toughness of advanced structural materials such as:
• Silicon nitride
• Special titanium alloys and steels
• Particle-reinforced aluminum alloys
• Cobalt-based alloys
• Thermoplastics
• Graphite-epoxy composites.
Other topics include:
• Effects of crack closure as well as crack bridging on fatigue crack growth
• Complex multiaxial cyclic deformation and creep behavior
• Effects of thermal fatigue on coatings and their optical properties
• Applications of fatigue and fracture properties of high-strength, high-conductivity alloys, useful to the electric power industry.
Nondestructive evaluation of advanced materials that may have manufacturing defects and/or have experienced in-service damage, and the popular acoustic-ultrasonic technique are also discussed.
Table of Contents
DC Salmon, DW Hoeppner
Y Mutoh, M Takahashi, A Kanagawa
K Schulte, K-H Trautmann, R Leucht, K Minoshima
BK Parida, T Nicholas
LJ Ghosn, P Kantzos, J Telesman
H Nayeb-Hashemi, S Pourrahimi
HA Murray, IJ Zatz, JO Ratka
VV Ogarevic, RI Stephens
RC McClung, RS Alwitt
H Lin, H Nayeb-Hashemi
PJ Bonacuse, S Kalluri
AA Moftakhar, G Glinka, D Scarth, D Kawa
A Fafitis, SA Jayamaha
M Elahi, KL Reifsnider, RE Swain
MP Connolly
CPR Hoppel, RN Pangborn
RP Donti, JG Vaughan, PR Mantena
DA Stubbs, SM Russ, PT MacLellan
H Nayeb-Hashemi, JN Rossettos
A Tiwari, EG Henneke
PK Raju, UK Vaidya