Elevated Temperature Behavior of Metal- Matrix Composites.
Interim progress rept. 1 Apr 79-31 Mar 80,
MATERIALS SCIENCES CORP BLUE BELL PA
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An elasto-plastic, temperature-dependent analysis of a graphitealuminum composite material system was performed. A hexagonal array model was utilized along with a numerical analysis procedure. Results for the transversely isotropic material included residual processing effects and stresses, and temperature dependent, one-dimensional stress-strain relations, utilizing both isotropic hardening and kinematic hardening assumptions for aluminum matrix.
- Metallurgy and Metallography