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노승훈(Seung-Hoon Ro),이종형(Jong-Hyung Lee),손재율(Jae-Yul Shon),이재열(Jae-Yeol Lee),이원규(Won-Gyu Yi),이문형(Moon-Hyung Lee) 한국산업융합학회 2009 한국산업융합학회 논문집 Vol.12 No.2
The productivity and the precision machining are the major concerns of the machine tools, and the importance of those features will be even more emphasized with the needs of the modern industries. In this paper the dynamic properties of a lathe have been investigated through the frequency analysis test and the computer simulation to minimize the transmission of vibration generated during the machining process. The modifications have been applied to the original structure to suppress the vibration transmission and further for the structure to achieve less vibrations and higher precision machining. The result shows that the machine can have much less vibrations with simple design alterations for minor expenses, the result can also be readily applied to many similar machines for improved stability.