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A Model for Predicting Thermomechanical Response of Large Space Structures.
Final technical rept. Apr 83-May 86,
TEXAS A AND M UNIV COLLEGE STATION TX MECHANICS AND MATERIALS CENTER
Pagination or Media Count:
Contents Research Completed Summary of Completed Research, Literature Survey, Selection of Constitutive Equations, Coupled Energy Balance Law, Space Structural Response Algorithms, Model Results for Large Space Structures Publications List Appendix-Interim Technical Reports A Prediction of Heat Generation in a Thermoviscoplastic Uniaxial Bar, An Efficient and Accurate Alternative to Subincrementation for Elastic-Plastic Analysis by the Finite Element Method, Predicted Axial Temperature Gradient in A Viscoplastic Uniaxial Bar Due to Thermomechanical Coupling, Predicted Temperature Field in a Thermomechanically Heated Viscoplastic Space Truss Structure, Effect of Degradation of Material Properties on the Dynamic Response of Large Space Structures, A Fractographic Study of Damage Mechanisms in Short-Fiber Metal Matrix Composites, Analytical and Numerical Solution of a Time Dependent Thermoviscoplastic Problem in Mechanics, A Finite Element Model for the Thermoelastic Analysis of Large Composite Space Structures, Predicted Dynamic Response of a Composite Beam with Load History Dependent and Spatially Variable Damage.
APPROVED FOR PUBLIC RELEASE