Conference Proceedings of the Fifth International Conference on Composite Materials, Part 1William C. Harrigan, J. Strife, Ashok K. Dhingra |
Contents
Residual Stresses and the Strength of Metal Matrix Composites | 1 |
The Effects and Differences in Thermal Coefficients | 21 |
Modelling of Creep Deformation in Metal Matrix Composites | 37 |
Copyright | |
28 other sections not shown
Common terms and phrases
acoustic emission analysis axial behaviour C-scan carbon fibre CFRP clamping torque composite laminate Composite Materials compression crack density crack growth crack propagation crack tip creep curve cyclic loading damage deformation delamination developed displacements dynamic effect elastic energy epoxy failure mode fatigue crack fatigue cycles fatigue loading fatigue tests fiber fibre filament fracture mechanics fracture surface fracture toughness frequency function gage histograms holed impact increase initial interface interlaminar Kevlar lay-up layers lifetime matrix maximum measured mechanisms MICROCRACKING microscope modal mode shapes modulus non-woven non-woven coupons non-woven material notch number of cycles observed parameters plastic plate plies predicted reinforced residual stress resin S-N curve shear stress shown in Figure shows specimen spool static strain gage stress amplitude stress intensity stress level stress-rupture stress-strain structure technique tensile strength tension thermal transverse cracks transverse ply crack unidirectional values velocity Weibull distribution woven coupons yarn