Modal Analysis of CK52125 a New Type CNC Lathe of Ball Screw Based on ANSYS Software

Yong Jun Zhang; You Zheng Cui

doi:10.4028/www.scientific.net/AMM.274.332

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The Analysis on Humanity Design in the Shape Studio of Maize Harvesters
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Journal Bearing Rotor Speed Effect on Dynamics Coefficients and Film Pressure
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The Method of Multiple Scales in Solving Nonlinear Dynamic Differential Equations of Gear Systems
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A Study on Semi-Physical Simulation for Marine Gas Turbine Generator Set Based on Hardware Agent
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Modal Analysis of CK52125 a New Type CNC Lathe of Ball Screw Based on ANSYS Software
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Lane Model and Calculation of Lane Geometric Structure and Vehicle Deviation Angle and Position in Lane for Intelligent Vehicle
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Research of Direct Drive Technology for Gear Measuring Center Based on Turbo PMAC2
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Optimized Fuzzy Logic Control Strategy for Parallel Hybrid Electric Vehicle Based on Genetic Algorithm
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Design of Universal Detection System for Automobile Combination Dashboard
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HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vol. 274Modal Analysis of CK52125 a New Type CNC Lathe of...

Modal Analysis of CK52125 a New Type CNC Lathe of Ball Screw Based on ANSYS Software

Abstract:

The ball screw is a main driving component in the CNC machine tools. The ball screw’s structural performances and working conditions will have an important impact on the machining accuracy of CNC machine tools. However, the previous research method can not suffice the precise results’ requirements. So it is very necessary to do an in-depth analysis of the ball screw, which use dynamic research and be combined with the FEA software ANSYS. This article uses the above methods to do the modal analysis, and then gets the intrinsic frequency and the vibration model. It will make an important significance for guiding the practice.