A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Modal Analysis and Optimization for the Beam of Boring-milling Machining Center
The three dimensional solid model of the boring-milling machining center is established in Solidworks environment in this paper. The modal analysis of the machine beam is finished by the finite element software and obtained the six-order vibration frequency and corresponding main vibration mode by solving it. Based on the vibration theory, the structure of the beam is optimized to improve the dynamic characteristics of boring-milling machining center.
Modal Analysis and Optimization for the Beam of Boring-milling Machining Center
The three dimensional solid model of the boring-milling machining center is established in Solidworks environment in this paper. The modal analysis of the machine beam is finished by the finite element software and obtained the six-order vibration frequency and corresponding main vibration mode by solving it. Based on the vibration theory, the structure of the beam is optimized to improve the dynamic characteristics of boring-milling machining center.
Modal Analysis and Optimization for the Beam of Boring-milling Machining Center
Li, Xingshan (author) / Wang, Jun (author) / Sun, Jianzhang (author) / Li, Shuping (author) / Du, Zhongkui (author)
2010
4 Seiten, 10 Quellen
Conference paper
English
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