Fiber, Matrix, and Interface Properties
Editor(s): C. J. Spragg, L. T. Drzal
Features the latest information on the role of fibers, matrices and their interface/interphase in composite performance. The country'sleading researchers in the field have presented 13 comprehensive, peer-reviewed papers covering innovative approaches to interfacial test methods in composite materials development.
Topics explored include:
• Dynamic mechanical evaluation techniques for interfacial properties in high-volume fraction composites
• Fatigue life and damage accumulation of short-fiber reinforced polymer composites
• Alternate approaches for high-performance composite testing
• Fiber matrix adhesion evaluation
• Voltage contrast XPS assessment
• Debonding in fiber pull-out specimens
• An innovative technique for studying interfacial strength and transverse cracking.
Table of Contents
P Arsenovic
CA Lewinsohn, CE Bakis, RE Tressler
C Galiotis, V Chohan, A Paipetis, C Vlattas
MJ Pitkethly
JA Nairn, YC Liu, C Galiotis
JJ Yuan, JM Kennedy, DD Edie
MR Piggott, Y Xiong
JD Miller, GW Zajac, T Nguyen
CR Schultheisz, CL Schutte, WG McDonough, KS Macturk, M McAuliffe, S Kondagunta, DL Huntson
C Wood, W Bradley
AT Yokobori, H Takeda, T Adachi, JC Ha, T Yokobori
JP Armistead, AW Snow
B Large-Toumi, M Salvia, L Vincent