Residual-strength Determination in Polymeric Materials |
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aramid fiber calculated from Eqs CIRCULATION COPY SUBJECT compared with experimental comparison with experimental composite material constant load constant stress crack changes crack growth crack length crack velocity creep function creep-rupture conditions damage accumulation damage characterization Department of Energy DETERMINATION IN POLYMERIC example of damage experimental data failure under creep-rupture flaw growing damage Growth in Viscoelastic h₁ high-rate conditions Initial instantaneous strength instantaneous strength 1.0 kinetic theory Lawrence Livermore Laboratory lifetime of composite lifetime under constant Livermore Laboratory University load history macroscopic damage macroscopic form material acted matrix phase molecular scale nondimensional nucleation POLYMERIC MATERIALS Polymers and Composites preprint prior load problem R. M. Christensen Residual instantaneous strength residual intrinsic strength Residual strength calculated RESIDUAL-STRENGTH DETERMINATION Specifically specimen strength is determined strength is found Strength Retention TECHNICAL INFORMATION DEPARTMENT theoretical prediction theory of crack ultimate lifetime University of California virgin material Viscoelastic Materials