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Mechanical behavior of advanced nano-laminates embedded with carbon nanotubes-a review

International Journal of Smart and nano Materials 2010年第2期1卷 136-171页

作者： G.Zhou G.Xie X.Bao Department of Aeronautical and Automotive Engineering Loughborough UniversityLoughboroughLE113TUUK Department of Materials Loughborough UniversityLoughboroughLE113TUUK

Embedding carbon nanotubes(CNTs)in load-bearing composite laminate hosts to turn them into nano-laminates is a rapidly emerging field and has tremendous potential in enhancing the mechanical performance of the host *** state-of-the-art review intends to provide a physical insight into the understanding of the enhancing mechanisms of the processed and controlled CNTs in the *** focuses on four aspects:(1)physical characteristics of CNTs,including CNT length,diameter,weight percentage and surface functionalization;(2)processing and control techniques of CNTs in the fabrication of nano-laminates,including distribution,dispersion and orientation controls of CNTs;(3)mechanical properties along with their testing methods,including tension,in-plane compression,in-plane and interlaminar shear(ILS),flexure,mode I and mode II fracture toughness as well as compression-after-impact(CAI),ballistic protection and fatigue;and(4)CNT-matrix load transfer and enhancing mechanisms along with a few major governing *** selective and uniform production of CNTs with specific dimensions and physical properties has yet to be achieved on a consistent ***,the processing details of CNTs vary very significantly among different researchers so that the processed CNTs share little common *** is little control over the CNT orientations in most fabrication processes of the nano-laminates except for some cases associated with chemical vapor deposition(CVD).There are only two reports on in-plane compression and there is only one on in-plane *** reinforcement-dominated mechanical properties such as longitudinal tension and flexure,there was little enhancement ***,the substantial enhancement in in-plane compression strength was also *** matrix-dominated mechanical properties,such as transverse tension,in-plane shear,ILS strength and mode I and mode II fracture toughness,a significant enhancement,albeit with substan

关键词： carbon nanotube(CNT) nano-laminate mechanical properties

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