By D. Hull, T. W. Clyne
This re-creation has been enormously enlarged and up to date to supply either scientists and engineers with a transparent and complete knowing of composite fabrics. In describing either theoretical and sensible points in their construction, homes and utilization, the publication crosses the borders of many disciplines. themes lined comprise: fibers, matrices, laminates and interfaces; elastic deformation, pressure and pressure, energy, fatigue crack propagation and creep resistance; sturdiness and thermal homes; fatigue and deterioration below environmental stipulations; fabrication and functions. insurance has been elevated to incorporate polymeric, metal and ceramic matrices and reinforcement within the type of lengthy fibers, brief fibers and debris. Designed basically as a educating textual content for ultimate yr undergraduates in fabrics technology and engineering, this e-book also will curiosity undergraduates and postgraduates in chemistry, physics, and mechanical engineering. additionally, it will likely be an exceptional resource publication for tutorial and technological researchers on fabrics.
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Extra resources for An Introduction to Composite Materials
8 TGA of GO, graphite and f-CCG. Reproduced from ref. . is caused by the thermal degradation of silane moieties attached with graphene. Wang et al. showed the chemical functionalization of GO using amino-terminated Kevlar oligomer . 2 mg ml-1. 2 wt%). Kuila et al. and Wang et al. prepared surface-modiﬁed graphene by the reaction of primary alkyl amine with GO [14, 96–98]. A series of alkyl amine with different carbon chain lengths was used as surface modiﬁer. It can be seen that the interlayer spacing in surfacemodiﬁed graphene is dependent on the carbon chain length .
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2 Electrophile-Assisted Reaction Electrophile-assisted reaction of GO with surface modifying agents involves the displacement of a hydrogen atom by an electrophile. Surface Modification of Graphene 47 Grafting of aryl diazonium salt to the surface of partially reduced GO is an example of an electrophile-assisted surface modiﬁcation process.