DTIC ADA279736: The Processing and Mechanical Properties pdf

DTIC ADA279736: The Processing and Mechanical Properties

More Book Details

Description of the Book:

This document discusses the following: (1) Materials selection and innovation in design; (2) Elasto-plastic analysis of interface layers for fiber- reinforced metal-matrix composites; (3) Modeling of anisotropic behavior of weakly bonded fiber reinforced MMCs; (4) On the tensile properties of a fiber reinforced titanium matrix composite; (5) Control of strength anisotropy of metal matrix fiber composites; (6) inelastic strains due to matrix cracking in unidirectional fiber-reinforced composites; (7) Location and ultimate tensile strength of fiber-reinforced ceramic-matrix composites; (8) Matrix cracking and debonding of ceramic-matrix composites; (9) Matrix cracking of cross-ply ceramic composites; (10) Transverse cracking in fiber-reinforced brittle matrix, cross- ply laminates; (11) The mechanisms of deformation and failure in carbon matrix composites subject to tensile and shear loading; (12) Uncoupled and coupled approaches to predict crack-initiation in fiber-reinforced ceramic-matrix composites; (13) Stress corrosion cracking in a unidirectional ceramic-matrix composite; (14) Effects of gauge length on the tensile strength of SiC fibers; (15) Tunneling cracks in constrained layers; (16) The effect of interfacial properties on the flow strength of discontinuous reinforced metal matrix composites; (17) On dislocation storage and the mechanical response of fine scale microstructures; and (18) Effect of microstructural parameters on the yield strength of

Al-4%Mg/Al2O3p composites

• Creator/s: Defense Technical Information Center
• Date: 3/1/1994
• Year: 1994
• Book Topics/Themes: DTIC Archive, Evans, Anthony G, CALIFORNIA UNIV SANTA BARBARA DEPT OF MATERIALS, *METALS, *MECHANICAL PROPERTIES, *COMPOSITE MATERIALS, *DESIGN CRITERIA, *CERAMIC MATERIALS, TENSILE STRENGTH, MICROSTRUCTURE, LAMINATES, CERAMIC MATRIX COMPOSITES, FIBER REINFORCED COMPOSITES, MATRIX MATERIALS, CARBON REINFORCED COMPOSITES, MICROMECHANICS, YIELD STRENGTH, TITANIUM, BONDING, ANISOTROPY, DEFECTS(MATERIALS), STRENGTH(MECHANICS), STRAIN(MECHANICS), ELASTOPLASTICITY, DELAMINATION, SILICON CARBIDES, METAL MATRIX COMPOSITES, CRACKING(FRACTURING), DEFORMATION, HIGH TEMPERATURE, ALUMINUM ALLOYS, INTERFACES, PROCESSING

An excerpt captured from the PDF book