Composite Materials: Processing, Applications, by Kamal K. Kar (eds.)

By Kamal K. Kar (eds.)

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Jiang J, Motogi S, Fukuda T (1998) Relation between interlaminar fracture toughness and pressure condition in autoclave molding process of GFRP composite laminates. J Soc Mater Sci Jpn 47(6):606–611 31. Chen MY, Chen SM, Zeng LZ et al (1992) Dimensional control of polymer composite laminate. MRL Bull Res Dev 6(1):23–27 32. Boey FYC (1989) Development of an autoclave curing system for fiber reinforced polymer composites. Polym Test 8(6):375–384 33. Beckwith SW (1998) Filament winding the string and the glue.

This process offers the possibility of combining materials with different properties and hiding a recycled constituent within a fresh skin material. But it involves high investment cost and the method cannot produce thin sandwich products of thickness less than 2 mm. Modeling of the interface distribution and flow-induced residual stresses and birefringence in the sequential co-injection molding (CIM) of a center-gated disk have been carried out by Kim and Isayev using a numerical scheme based on a hybrid finite element/finite difference/control volume method [104].

A fuzzy-logic controller has been enforced in Lab VIEW and the optimization of the system has been done using virtual model. A parametric study explains the effect of process and material parameters on the performance of the control system. Tackitt and Walsh have conducted another experimental analysis on variation in thickness in the VARTM process [64]. This thickness variation results in change in volume percent of the fiber and the related mechanical properties. The thickness gradient is studied using a range of linear variable differential transformers (LVDTs) to observe displacements of the surface during infusion.

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