仿生遗留型控制台作为大型机床立柱的有效性有限元研究

S. S. Dounar, V. K. Jatskevich, A. M. Ausiyevich, D. N. Shvedova, I. Y. Aglushevich
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引用次数: 0

摘要

提出了立式仿生控制台外观中机床立柱的概念。控制台是由传统的橡树状结构- Eddystone灯塔的形状进行3d转换的。提出了以聚合物混凝土为原料,采用“逐层”工艺制作变截面柱。有限元分析表明该柱具有较高的刚度。沿垂直导轨从上到下从1500 ~ 11000 N/μm增大。以4.5米高的柱子为例,这种刚度只需要19.3吨混凝土。有限元模型指出了相当高的特征模态频率(49 Hz)。FRF既适用于共振前的重切削,也适用于共振后的精加工。拟建的仿生学形状的列是独立变体的观点,也是由两个相对列创建的门户组合的观点。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Fea study of effectiveness of bionic legacy-shape console as huge machine tool’s column
Concept of machine tool’s column in the appearance of vertical bionic console is proposed. Console was 3D-transformed from the shape of legacy oak-like structure – Eddystone lighthouse. It is proposed to create the variable-section column with “layer-by-layer” technics from the polymer concrete. FEA shows high stiffness of the column. It increases from 1500 to 11000 N/μm from top to bottom along vertical guideways. Such stiffness needs only 19.3 ton of concrete for the instance of 4.5 m height’s column. FEMmodelling pointed out rather high eigenmode’s frequencies (˃49 Hz). FRF is appropriate for pre-resonance heavy cutting as for post-resonance finishing. Proposed bionic-shape column is perspective as for stand-alone variant so for portal composition created by two opposite columns.
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