
doi: 10.2172/6429735
This study provides data to verify theoretical models for predicting and characterizing viscoelastic behavior of fiber composites. Since performing uninterrupted creep tests for years at a time was not feasible, creep behavior was accelerated with elevated temperatures. An improved method was developed and implemented for measuring specimen deflection within the tight confines of an environmental chamber. This proved to be critical to make this experiment a success. 3 figs.
Bending, Organic Compounds, 36 Materials Science, Organic Oxygen Compounds, Testing 360603* -- Materials-- Properties, Creep, Elements, Carbon, Fibers, Nonmetals, Epoxides, Materials Testing, Mechanical Properties, Composite Materials, Materials
Bending, Organic Compounds, 36 Materials Science, Organic Oxygen Compounds, Testing 360603* -- Materials-- Properties, Creep, Elements, Carbon, Fibers, Nonmetals, Epoxides, Materials Testing, Mechanical Properties, Composite Materials, Materials
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