Titlebook: Computer Aided Design in Composite Material Technology III; S. G. Advani,W. R. Blain,O. H. Griffin Book 1992 Computational Mechanics Publi

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On the Optimization of the Fiber Reinforced Composites Manufacturing Process with Two Pressure Stepsin fraction should be reached at the end of the process. An algorithm of the definition of the corresponding optimal parameters for two-step press processing is presented. Numerical results are obtained for homogeneous and inhomogeneous temperature distributions in the laminate package.

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FE- Modeling of the Three-Dimensional Stress Field in a Plasticising Short Fibre Reinforced Compositmposites with strong fibre alignment. Stress distributions are calculated for quasi elastic and materially nonlinear behaviour. These lead to assumptions about the failure mechanisms in such composites which compare well with experimental observations of other authors.

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Numerical Modeling of Sheet Forming Processes for Thermoplastic Compositesystem consisting of aligned, long discontinuous fibers in a thermoplastic matrix. This composite is described at its forming temperature as an oriented assembly of discontinuous fibers suspended in a viscous matrix and the constitutive equation for an equivalent, viscous anisotropic medium is employ

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Computer Simulation of Hydrodynamic Interactions in Fiber Suspensionstinuum. These models utilize a drag coefficient in the expression for stress, which facilitates the effective continuum representation of the fiber suspension. The tensorial drag coefficient has been given as follows . where ζ. is the drag coefficient of the fiber parallel to its axis. In the above

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