Tensile (Compressive) Properties of Glass-Epoxy Composites as a Function of Volume Fraction

The mechanical performance of unidirectionally reinforced glass epoxy composites is studied as volume fraction filler is varied over the range 30-70 percent. Experimentally determined quantities include: longitudinal and transverse tensile strength, ultimate strain, modulus; and Poisson's ratio...

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Bibliographische Detailangaben
Hauptverfasser:	Michno, Jr , M J, Shea, F J
Format:	Report
Sprache:	eng
Schlagworte:	COMPRESSIVE PROPERTIES EPOXY COMPOUNDS Epoxy matrix composites EPOXY RESINS FIBER REINFORCED COMPOSITES FIBER REINFORCEMENT FIBERGLASS Fiberglass reinforced plastics FIBERS FILAMENT WOUND CONSTRUCTION GLASS REINFORCED PLASTICS Laminates and Composite Materials STRAIN(MECHANICS) STRENGTH(MECHANICS) TENSILE STRENGTH
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Beschreibung
Zusammenfassung:	The mechanical performance of unidirectionally reinforced glass epoxy composites is studied as volume fraction filler is varied over the range 30-70 percent. Experimentally determined quantities include: longitudinal and transverse tensile strength, ultimate strain, modulus; and Poisson's ratio; and longitudinal and transverse compressive strength. Data analysis indicate that all properties vary linearly with volume fraction. Longitudinal properties and Poisson's ratio are interpreted in terms of the rule of mixtures. Report on Monsanto/Washington Univ., ONR/ARPA Association project development of High Performance Composites.