摘要
3D打印材料的流变性能可以贴切地表征其工作性能,流变-可打印性能可以量化可打印性能指标。对挤出固化式3D打印进行了流变学分析,并就其使用的水泥基和地聚合物打印材料的流变-可打印性能、流变性能影响因素2个方面对国内外研究进行了综述分析。
The printing materials rheological properties can accurately characterize their working performance,and the rheological-printable performance can quantify the printable performance indicators.In this paper,the rheology of extrusion-consolidation 3D printing is analyzed.And the research on rheological-printable performance and factors affecting rheological properties of cement-based and geopolymer printing materials are reviewed from domestic and foreign aspects.
作者
陈剑刚
陈瑜
马云龙
丁婧雯
吴思华
CHEN Jiangang;CHEN Yu;MA Yunlong;DING Jingwen;WU Sihua(Foshan Transportation Science and Technology Co.Ltd.,Foshan 528300,China;School of Traffic and Transportation Engineering,Changsha University of Science and Technology,Changsha 410004,China)
出处
《新型建筑材料》
2021年第11期5-11,共7页
New Building Materials
基金
交通运输行业重点科技项目(2020-MS1-003)。
关键词
挤出固化式3D打印
水泥基材料
地聚合物
流变性能
extrusion-consolidation 3D printing
cement-based materials
geopolymer
rheological properties
