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Material Models of Individual Components in a Thermoplastic Paek

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Material Models of Individual Components in a Thermoplastic Paek Hybrid Composite System


A recently developed thermoplastic PAEK (PolyArylEtherKetone) polymer based hybrid composite system enables a part to have the strength of a continuous fiber structure, the flexibility of injection molded design and the short cycle time of thermoplastic processing.  The system consists of a continuous carbon reinforced lower melt PAEK thermoplastic composite laminate and an injection over-molded PEEK (PolyEtherEtherKetone) component.  The continuous carbon fiber laminate can be thermoformed and /or cut into shapes using standard industrial equipment.  The formed shapes are then inserted into a standard injection mold and over-molded with a short carbon fiber reinforce PEEK resin using standard injection molding processing methods.  The paper presents detailed CAE material models developed for each of the individual hybrid components.  In addition the paper presents short beam shear test results used to demonstrate interface strength between hybrid material components.


Authors: Frank J. Ferfecki and Masakazu Tanaka


Conference: CAMX 2016 – Anaheim


SKU/Code: TP16-0056


Pages: 15

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