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《Fiber Reinforced Plastics/Composites》 2019-10
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FINITE ELEMENT ANALYSIS OF THE INFLUENCE OF INTERPHASE PROPERTIES ON THE MECHANICAL PROPERTIES OF GRAPHENE NANOCOMPOSITE

HUANG Jun;WU Yu;HUANG Li-xin;School of Civil Engineering and Architecture,Guangxi University;The Key Laboratory of Disaster Prevention and Structural Safety of the Education Ministry,Guangxi University;  
The phenomenon that interphase of graphene nanocomposites has non-uniform distribution of material properties in the thickness direction has been confirmed by many studies. However,in those studies,interphase with changing properties is either equivalent to a homogeneous layer or segmental assigned in thickness direction.None of those methods can achieve good calculation accuracy and efficiency. In order to deal with this problem,a two-node isoparametric gradient finite element that can simulate interphase with any kinds of material distribution is proposed in this paper. An embedded represented volume element( RVE) model of graphene nanocomposite is established by finite element method to study the mechanical properties of graphene nanocomposite,under the assumption that the monolayer graphene was uniformly distributed in the matrix without agglomeration. To simplify the calculation,graphene and matrix are considered as isotropic materials,and simulated by plate element and solid element,respectively. The interphase layer is simulated by the presented two-node isoparametric gradient finite element.The effect of graphene fraction V_(fr)~g,the thickness t_(in) of interphase layer and the debondded condition between graphene and matrix on the overall mechanical properties of nanocomposites are discussed. The results show that,in case of V_(fr)~g= 3. 0%,the increase of t_(in) from 0. 17 nm to 1. 02 nm will lead to a deviation of 17.4% with the prediction result of Young's modulus E_(cx) of the composite material. In the discussion of the debonding condition between graphene and matrix,it was found that E_(cx) decreased significantly when the edge of graphene was debondded,and the modulus decreased by about 10% when the debonding edge area was 1/6 of the total area.
【Fund】: 国家自然科学基金(11262002)
【CateGory Index】: TQ127.11;TB33
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【Citations】
Chinese Journal Full-text Database 1 Hits
1 LI Wei;ZHOU Bao-quan;LI Zhong-hui;WANG Ming-yu;Faculty of Aerospace Engingeering,Shenyang Aerospace University,Liaoning Key Laboratory of High Performance Polymer Matrix Composites;;PROGRESS ON THE MODIFICATION OF THERMOSETTING RESINS AND THEIR FIBER COMPOSITES BY USING GRAPHENE[J];玻璃钢/复合材料;2014-11
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