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Crippling of Titanium Matrix Composite Stiffeners

Journal of Composite Materials, 1992
Using established principles of laminate buckling theory and post buckling load redistribution, a theory is derived for crippling analysis of specially ortho tropic or very nearly specially orthotropic laminated composite stiffeners. Results from testing of SCS-6/Ti-15-3 titanium matrix composite (TMC) stiffener segments are also presented and show ...
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Interfacial debonding in laminated titanium matrix composites

Mechanics of Materials, 1996
Abstract The results of an experimental program in which multiaxial loads were applied to [0 4 ] and [±45] s silicon carbide/titanium (SiC/Ti) tubes are reviewed showing that stress coupling, matrix viscoplasticity (including room temperature creep) and fiber/matrix interfacial damage all contribute to nonlinear response and permanent strains in ...
Cliff J. Lissenden, Carl T. Herakovich
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Reactive synthesis of titanium matrix composite powders

Materials Letters, 2002
Mechanical activation of materials has emerged as a promising alternative to conventional thermally activated processes. The present work deals with the attrition of titanium powders to produce Ti–TiO2 composite powders by reactive milling (RM).
JOSHI, PB   +4 more
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Damage in Oxidized Titanium Metal Matrix Composites

Aerospace and Materials, 1996
Abstract The oxidation effects on surface crack development of oxidized Ti 15-3 and Ti β-21S Metal Matrix Composite (MMC) unidirectional laminates under applied mechanical loading are investigated in the present study. Experimental results of surface crack development as a function of applied load are presented. An approximate mechanical
Dimitris C. Lagoudas   +3 more
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Titanium metal matrix composites

2001
James Robertson   +2 more
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