Application of 3D printing metal powder technology in the manufacture of components with complex geometries

Q4 Engineering
M. Deja, Dawid Zieliński
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引用次数: 0

Abstract

The possibilities of using 3D printing powder technologies for making objects with complex geometries were present-ed. For this purpose, selected examples of elements with different geometries were used, which were built using metal powder methods – DMLS (direct metal laser sintering) / SLM (selective laser melting). Simultaneously, the in-dicated elements concern those areas of industry where 3D printing technology has been widely used in recent years, i.e. maritime and aerospace industries. Also, the metal 3D printing process was characterized by a description of the particular stages of model building. The directions of fur-ther development of the above mentioned 3D printing methods and the areas of possible applications of the 3D printed parts were presented, respectively.
3D打印金属粉末技术在复杂几何部件制造中的应用
提出了使用3D打印粉末技术制造复杂几何形状物体的可能性。为此,选择了具有不同几何形状的元素示例,这些元素使用金属粉末方法- DMLS(直接金属激光烧结)/ SLM(选择性激光熔化)构建。同时,所指出的元素涉及近年来3D打印技术广泛应用的工业领域,即海事和航空航天工业。此外,金属3D打印过程的特点是模型构建的特定阶段的描述。并分别提出了上述3D打印方法的进一步发展方向和3D打印部件的可能应用领域。
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来源期刊
Technische Mechanik
Technische Mechanik Engineering-Mechanical Engineering
CiteScore
0.70
自引率
0.00%
发文量
0
审稿时长
12 weeks
期刊介绍: In technical mechanics , peer-reviewed papers from all fields of mechanics are published. A major concern is the rapid availability of research results for industry and science. In this sense, especially those contributions are preferred, which include not only new results and findings but also their practical application. The journal Engineering Mechanics publishes refereed original articles on Engineering Mechanics in its broadest sense. It is intended to provide a forum for a rapid transfer of research results to industry and science. In that sense contributions are encouraged the practical application of new results and scientific findings.
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