Finite element analysis of moisture effects in graphite-epoxy composites

Tipo de material: Texto

TextoSeries ; Computers & Structures, 16(1-4), p.457-469, 1983Trabajos contenidos:

Lumban Tobing, F.E
Shephard, M.S
Sternstein, S.S

Tema(s):

COMPOSITE MATERIALS

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Resumen: A numerical analysis procedure is developed for the micro-mechanical investigation of moisture effects on graphite-epoxy composites. The procedure employs a nonlinear constitutive relationship in a finite element formulation. A quasi-Newton method is used to solve the resulting nonlinear algebraic equations. The results presented indicate that the stresses at the graphite-epoxy interface have a strong dependence on moisture content, fiber spacing, and applied load.

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A numerical analysis procedure is developed for the micro-mechanical investigation of moisture effects on graphite-epoxy composites. The procedure employs a nonlinear constitutive relationship in a finite element formulation. A quasi-Newton method is used to solve the resulting nonlinear algebraic equations. The results presented indicate that the stresses at the graphite-epoxy interface have a strong dependence on moisture content, fiber spacing, and applied load.

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