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김원종(Won-Jong Kim),이충석(Choong-Seok Lee),채승수(Seong-Su Chae),김택수(Teak-Su Kim),이상민(Sang-Min Lee),박휘근(Hwi-Keun Park),조성만(Sung-Man Jo),송덕재(Duck-Jae Song),이종찬(Jong-Chan Lee) 한국기계가공학회 2009 한국기계가공학회 춘추계학술대회 논문집 Vol.2009 No.6월
A Structural analysis has been carried out for CNC Micro Center development. The main frame, turret base, and machine column have been modelled using Solid Edge Software and analyzed using ANSYS Program. The analytical results indicate that the designed CNC Micro Center is stable at 3000-3600 rpm of spindle, which is commonly used range of rpm in this machine. The structual deformation has been reduced from 74㎜ to 0.3㎛.
김원종(Won-Jong Kim),이충석(Choong-Seok Lee),채승수(Seong-Su Chae),김택수(Teak-Su Kim),이상민(Sang-Min Lee),박휘근(Hwi-Keun Park),조성만(Sung-Man Jo),송덕재(Duck-Jae Song),이종찬(Jong-Chan Lee) 한국기계가공학회 2009 한국기계가공학회 춘추계학술대회 논문집 Vol.2009 No.6
A Structural analysis has been carried out for CNC Micro Center development. The main frame, turret base, and machine column have been modelled using Solid Edge Software and analyzed using ANSYS Program. The analytical results indicate that the designed CNC Micro Center is stable at 3000-3600 rpm of spindle, which is commonly used range of rpm in this machine. The structual deformation has been reduced from 74㎜ to 0.3㎛.
이충석(Choong-Seok Lee),채승수(Seong-Su Chae),김택수(Teak-Su Kim),이상민(Sang-Min Lee),박휘근(Hwi-Keun Park),조현택(Hyeon-Teak Jo),이종찬(Jong-Chan Lee) 한국기계가공학회 2009 한국기계가공학회 춘추계학술대회 논문집 Vol.2009 No.6월
This paper reports a vibration analysis for structural stability examination of tapping center. The Pro-Engineer Mechanica Version 2.0 was used for drawing 3D modelling and vibration analysis. Auto mesh conditions were set up before the vibration analysis. The vibration analysis was performed for two types of tapping center, the frist one with bar type bracket reinforcement and the other one without the bar type bracket reinforcement. The analytical results indicate that the natural frequency of the tapping center with bar type bracket reinforcement is lower than that of without bar type bracket reinforcement.
이충석(Choong-Seok Lee),채승수(Seong-Su Chae),김택수(Teak-Su Kim),이상민(Sang-Min Lee),박휘근(Hwi-Keun Park),조현택(Hyeon-Teak Jo),이종찬(Jong-Chan Lee) 한국기계가공학회 2009 한국기계가공학회 춘추계학술대회 논문집 Vol.2009 No.6
This paper reports a vibration analysis for structural stability examination of tapping center. The Pro-Engineer Mechanica Version 2.0 was used for drawing 3D modelling and vibration analysis. Auto mesh conditions were set up before the vibration analysis. The vibration analysis was performed for two types of tapping center, the frist one with bar type bracket reinforcement and the other one without the bar type bracket reinforcement. The analytical results indicate that the natural frequency of the tapping center with bar type bracket reinforcement is lower than that of without bar type bracket reinforcement.