论文摘要
3D printing or additive manufacturing（AM） has revolutionized the way of manufacturing by designing complex structures in a customized feature which cannot be realized by traditional processing methods. Incoming materials are trying to adopt 3D printing techniques which directly fabricate sophisticated entities with multifunctionality like mechanical, electrical, thermal and magnetic properties etc. For the realization of advanced materials, 3D printing techniques are emerging from single material to composite materials manufacturing by simply introducing the nano-and micro-reinforcements with the matrix. In this review, we provide an outline of3D printing graphene-based composites according to various AM techniques including fused deposition modeling（FDM）, direct ink writing（DIW）, stereolithography（SLA） and selective laser sintering（SLS）. First a brief introduction of various AM techniques is given to get a basic understanding of the principles of 3D printing, and then the fabrication process, structural characteristics and applications of different 3D printing techniques for graphene-based composites are summarized. In addition, some effective simulation and characterization methods are also included. We hope that this review would clarify the potential of AM techniques for composite materials and can open new prospects for designing of novel materials.
论文目录
文章来源
类型: 期刊论文
作者: Haichang Guo,Ruicong Lv,Shulin Bai
来源: Nano Materials Science 2019年02期
年度: 2019
分类: 工程科技Ⅰ辑,信息科技
专业: 无机化工,材料科学,计算机软件及计算机应用
单位: Department of Materials Science and Engineering, CAPT/HEDPS/LTCS, Key Laboratory of Polymer Chemistry and Physics of Ministry of Education, College of Engineering,Peking University
基金: supported by NSFC (Grant No.11672002),NSAF (Grant No. U1730103)
分类号: TB383.1;TQ127.11;TP391.73
页码: 101-115
总页数: 15
文件大小: 27021K
下载量: 23