Failure Modes in CompositesIstvan Toth Metallurgical Society, American Institute of Mining, Metallurgical, and Petroleum Engineers, 1973 - Technology & Engineering - 471 pages |
Contents
Metallurgical Aspects of Failure in MetalMatrix Composites | 1 |
The Effect of Holes Inclusions and Pressure on Tensile Properties | 11 |
Direct Observation of the Failure of a Fiber Reinforced Composite | 35 |
Copyright | |
17 other sections not shown
Common terms and phrases
4.2 mil BORSIC alloy aluminum applied approximately axial bond boron boron filaments brittle carbon fiber CFRP Charpy Composite Materials composite strength compression crack propagation crack tip curve cycles cylinders debonding deformation delamination diameter ductile ductile matrix effect elastic elongation epoxy equation experimental fabricated failure fiber composites fiber-matrix fibres filament filament breaks filament orientation filament stress flaw flexural foil fracture mechanics fracture strain fracture strength fracture stress fracture surface impact energy increase initial interface laminae laminar composites linear elastic load longitudinal matrix composites matrix shear Metal metal matrix composites MN/mē mode modulus monolayer Nichrome observed occur plane plastic predicted properties ratio region residual stresses resin ribbons rule of mixtures shear strength shear stress shown in Figure splitting steel stress concentration superalloys tensile specimens tensile strength tensile stress tensile tested tension thickness titanium tungsten tungsten/Nichrome type LT values velocity volume fraction width wire