保护气体环境下加性电弧成形过程的实验研究

A. Grechukhin, A. S. Privalov, P. A. Garkavtseva
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引用次数: 2

摘要

考虑了用加法法形成表面层的准确性问题。对某一研究课题进行了作品分析。用加性法对复杂轮廓曲面进行成形时,显示出较高的成形误差(近似误差)。为了减小加性法成形产品的误差,提出了单层的空间取向。在实验研究结果的基础上,提出了确定单个定向层参数值的数学依赖关系。考虑了用加法法形成表面层的准确性问题。对某一研究课题进行了作品分析。用加性法对复杂轮廓曲面进行成形时,显示出较高的成形误差(近似误差)。为了减小加性法成形产品的误差,提出了单层的空间取向。在实验研究结果的基础上,提出了确定单个定向层参数值的数学依赖关系。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Experimental studies of the process of additive electric arc forming in the environment of protective gases
Questions are considered about the accuracy of the formation of the surface layer by additive methods. The analysis of works is carried out on a research subject. High values of the error of forming (approximation) are revealed at forming of surfaces of a complex profile by additive methods. The spatial orientation of a single layer is proposed to reduce the error of forming products by additive methods. Mathematical dependences are proposed to determine the value of the parameters of a single directed layer on the results of experimental studies.Questions are considered about the accuracy of the formation of the surface layer by additive methods. The analysis of works is carried out on a research subject. High values of the error of forming (approximation) are revealed at forming of surfaces of a complex profile by additive methods. The spatial orientation of a single layer is proposed to reduce the error of forming products by additive methods. Mathematical dependences are proposed to determine the value of the parameters of a single directed layer on the results of experimental studies.
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