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Experimental Validation of Fiber Orientation Prediction by Flow Simulation

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Experimental Validation of Fiber Orientation Prediction by Flow Simulation on Compression Molded Discontinuous

Long-Fiber Composites Using Computed Tomography Imaging


Distribution of fiber orientation during compression molding with discontinuous long-fiber reinforcement is of great importance because it affects the structural performance of molded parts. With increasing use of random discontinuous long-fiber (DLF) thermoplastic composites to produce structural parts for aerospace applications, prediction of fiber orientation in compression molded DLF composites is highly demanded to establish structural analysis methods that accurately predict the structural performance of DLF parts. This ultimately results in development of certification-by-analysis methods (less time and less expensive certification methods) for DLF composite parts, rather than a large number of individual part tests for certification.


Authors: Joo H. Han, Ph.D.


Conference: CAMX 2016 – Anaheim


SKU/Code: TP16-0054


Pages: 17

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