Load PVDF nylon Non-woven fabric intercalation carbon fiber / Epoxy resin composite
Abstract
with load quantitative polyvinylidene fluoride ( PVDF ) nylon non-woven fabric for intercalation materials , carbon fiber reinforced ring prepared by co-curing process gas resin base composites , The mechanical and damping properties of the system are systematically studied . tests the flexural strength of composites , bending modulus , layer Shear Strength , I type and n type fracture toughness and other mechanical properties , and tests the energy storage modulus of the composite through a dynamic mechanical analyzer , loss modulus and loss factor temperature spectra , the damping and vibration resistance of a single cantilever beam is studied by free vibration experiment. . at the same time , analysis using optical microscopy and scanning electron microscopy composite microstructure , and then study damping mechanism . The results indicate that , Insert load between composite layers PVDF the nylon non-woven fabric of can be in no causes significantly reduced mechanical performance , The damping properties and fracture toughness of the composites are improved significantly . The Basic damping mechanism of is that it has been cured in a total of The thermoplastic intercalation material in the process forms a resin-rich area with a high loss factor between the layers of the composites , increase the loss factor 150%, and Force basic performance remains unchanged.References
Zhang S H, Chen H. Compos Struct, 2006,74:63 ~69
Barrett D J. Compos Struct, 1991,18!283 ~ 294
Biggerstaff J M, Kosmatka J. J Compos Mater, 1999,33! 1457 ~ 1469
Pan L J, Zhang B m.jsound Vib, 2009,319 :822-831
Robinson M J, Kosmatk J. Proc of spie,2005,57 (6) :349-360
James S,onghwan S. Compos Sci technol, 2012,72:1493-1499
Pan L J, Zhang B m,dai F h.jmater Sci technol, 2009,25 (5) :708-712
Lakes R S. J compos Mater, 2002,36 (3): 287-297
Jonghwan S, Nikhil A K, Ye D X, Lu TM.J Intell Mater Syst Struct, 2006,17 :255-260
Ten Yeh J Y. Aerosp Sci technol, 2011,15 :293-303
One biggerstaffjm ' KOSMATKAJB. Proc of spie,1999,3672:82-93
Kumar R S, Ray M C. Int J Mech Mater des,2012,8:197-218
raym C,balaji r.int jmech Sci, 2007,49:1001-1017
Araujo PAL. Martins, Mota Soares c M, Mota Soares C A J. Struct multidisc Optim, 2009,39 569-579
Liu Gang ( Liu ),Hu Xiaolan ( Hu Xiaolan ),Zhang Peng ( zhangpeng ), Yu Ronglu ( Yu Rongro ),Bao Jianwen ( Package text ),Chen Minghai ( Chen Nahai). .
Li Qingwen ( Li Qingwen),Yi Xiaosu ( benefit Little Sue ). Acta Polymerica sinica ( Polymer journal ), 2013, (Ten): 1334-1340
Hargou K, Pingkarawat K, Mouritz A P, Wang C. H. Compos-part b,2013,45! 1031-1039
Liu Q x, Ding x B, Zhang H P, Yan x. J Appl polym Sci, 2009,114 :2655-2661
sarangi S K, Ray M C. Smart Mater Struct, 2010,19 1-14
Marc R, Xavier b.jsound vib,2011,330 :6098-6121
Ding x B, Zhang H P, Yan x. J mater Sci, 2009,44 :2683-2687
Ray M c,reddy J N. Compos Sci technol,2005,65 : 1226-1236
shahp H, Ray MC. Eurj Mech A-solids, 2012,32:1 -12
Zeng You ( Zengyu ),Wang Han ( King letter ). Chinese Sci Bull ( Scientific Bulletin ),2014,59 (a): 3232-3239
Kang Y K, Kim J, Choi S B. Smart Mater Struct, 2001,10 :724-729
vsatinder k S, Himani G, Manish K, Ganesh P, Bishakh B. Compos Sci technol, 2013,77:42-51
Colakoglu M. Adv compos mater,2008,17:111-124
Zhang Peng ( zhangpeng ),Liu Gang ( Liu ,Hu Xiaolan ( Hu Xiaolan Bao Jianwen ( Package text ),yixiaosu ( benefit Little Sue ). Acta materiae Compositae sinica
( Journal of Composite Materials ) , 2012,9 (4): 1-9
Copyright (c) 2018 Delong He
This work is licensed under a Creative Commons Attribution-NonCommercial 4.0 International License.
Copyright on any open access article in a journal published by PiscoMed Publishing is retained by the author(s).
Authors grant PiscoMed Publishing a license to publish, copy, distribute, and convey the article.
The current adopted license, the Creative Commons Attribution 4.0 International License (CC BY 4.0), formalizes these and other terms and conditions of publishing articles. The license (CC BY 4.0) means:
Share: Everyone can copy and redistribute the open-access content in the journal.
Adapt: Materials in the articles can be remixed, reused, and reanalyzed for any purpose.
Attribution: You must cite the source with the correct license if some changes to the materials are made, but that does not mean that the licensor endorses you or your use.
Authors should ensure that the content of the article is not involved in a copyright dispute before submitting it. For previously published articles, authors should obtain permission from the copyright holder if the material is under a more restrictive license.
