%0 Journal Article
%T 基于金属3D打印技术成形嵌套零件工艺研究
%A 李素丽
%A 魏正英
%A 杜军
%A 赵光喜
%A 王鑫
%A 刘伟
%A 卢秉恒
%J 材料科学与工业
%D 2016
%R 10.11951/j.issn.1005-0299.20160601
%X 针对传统采用多个零件拼接而成具有悬垂嵌套结构的零件，提出了金属均匀喷射熔滴沉积“双喷头”3D打印成形工艺，开发了金属微喷熔滴沉积成形试验平台，通过对新型支撑材料的配比和成形工艺研究，实现了金属以及支撑材料成形的联动控制，成形出较高精度悬垂嵌套的金属制件，与传统成形工艺相比，具有成形周期短，制造成本低等优点，实现了此类零件的即用即打，此类零件成形提供了实现的途径与条件.</br>According to the nested components jointed with multiple parts, a double-nozzle droplet deposition process was put forward in this paper, and the experimental system was developed. Through the research on the properties of support materials and the process of double-nozzle droplet deposition, the linkage control of the metal droplet deposition and the support material extrusion was realized, and a nested component with complex construction was fabricated directly. Compared with the traditional forming processes, this double-nozzle deposition process has the advantages of short cycle, low cost and so on. It can provide an approach way to build the nested parts.
%K 双喷头
%K 悬垂嵌套
%K 金属熔滴
%K 支撑&lt
%K /br&gt
%K a
%K double
%K nozzle
%K hanging
%K nesting
%K metal
%K droplet
%K support
%U http://hit.alljournals.cn/mst_cn/ch/reader/view_abstract.aspx?file_no=20160601&flag=1