摘要
基于3D金属打印技术背景,可以更好地满足涡旋压缩机在设计过程中的数字化特征,减少传统加工过程中由于刀具干涉所造成的误差。通过将3D金属打印技术生产出的动涡盘与铸造技术生产的动涡盘在受到相同作用的气体力的情况下的变形量进行对比,3D金属打印的动涡盘变形量为0.07912 mm,铸造出的动涡盘变形量为0.08123 mm,从而得出3D金属打印技术的动涡盘的强度优于铸造技术。因此,3D金属打印技术为涡旋压缩机的生产制造提供了新的方式。
Based on the background of 3D metal printing technology,the digital characteristics of the vortex compressor in the design process can be better satisfied,and the error caused by the tool interference in the traditional processing process can be reduced.By comparing the deformation of the dynamic vortex disk produced by 3D metal printing technology and the casting technology under the condition of the same gas force,the deformation of the dynamic vortex disk of 3D metal printing is 0.07912 mm,and the deformation of the cast dynamic vortex disk is 0.08123 mm.Thus,the strength of 3D metal printing technology is better than the casting technology.Therefore,3D metal printing technology provides a new way for the production of vortex compressors.
作者
高艳
宋佳雨
GAO Yan;SONG Jiayu(School of Mechanical and Electrical Engineering,Jilin University of Chemical Technology,Jilin City 132022,China)
出处
《吉林化工学院学报》
2025年第7期69-72,共4页
Journal of Jilin Institute of Chemical Technology
关键词
涡旋压缩机
3D打印技术
参数化
vortex compressor
3D printing technology
parameterization
