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Impact response of glass/epoxy laminate interleaved with nanofibrous mats

Variation of the impact characteristics such as maximum contact load, maximum deflection, maximum contact time, absorbed energy are depicted in the figures. The results showed that PVDF nanofibers are not a good choice for toughening epoxy and improving impact damage resistance of GFRP. | Impact response of glass epoxy laminate interleaved with nanofibrous mats Engineering Solid Mechanics 1 2013 85-90 Contents lists available at GrowingScience Engineering Solid Mechanics homepage www.GrowingScience.com esm Impact response of glass epoxy laminate interleaved with nanofibrous mats H. Saghafia R. Palazzettia b A. Zucchellia and G. Minaka a Department of Industrial Engineering DIN University of Bologna viale del Risorgimento 2 40136 Bologna Italy b Design Manufacture and Engineering Management DMEM department University of Strathclyde Glasgow UK ART ICLE INFO ABSTRACT Article history Plain and nanofiber-interleaved glass epoxy laminates clamped according to ASTM D7136 Received March 20 2013 tested under impact loading to assess the improvement in impact resistance of composite Received in Revised form laminates that have been interleaved by electrospun polyvinylidene fluoride PVDF nanofibers September 14 2013 with two different thicknesses. Composite specimens with stacking sequence 0 90 0 90 S were Accepted 16 September 2013 Available online impacted at impact energy of 5J. Variation of the impact characteristics such as maximum 16 September 2013 contact load maximum deflection maximum contact time absorbed energy are depicted in the Keywords figures. The results showed that PVDF nanofibers are not a good choice for toughening epoxy Composite materials and improving impact damage resistance of GFRP. Impact loading Nanofibers Interleaving 2013 Growing Science Ltd. All rights reserved. 1. Introduction Compared with more traditional materials such as metals ceramics and polymers fiber reinforced composites have several specific features such as high stiffness and strength to weight ratio excellent corrosion resistance and ability in providing both mechanical as well as functional properties. The most common failure mode of this high performance laminated material is delamination as a consequence of low velocity impact and or cyclic loading during .