Dynamic Analysis and Optimization of Machine Tool in Consideration of Joint Parameters

C. Xu; Z.J. Wu; J.F. Zhang; P.F. Feng; D.W. Yu

doi:10.4028/www.scientific.net/MSF.697-698.320

Paper Titles

A Novel Method for Roll Error Measurement of a Linear Worktable of a Machine Tool
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Development of the Thermal Error Measurement System for Machine Tool Spindle Based on Virtual Instruments Technology
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Tool Path Planning and NC Generation of Tilted Plane Machining Features for Five-Axis Machining
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A New Method for Single-Measurement and Compensating the Position Errors of a Three-Axis Machine Tool
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Dynamic Analysis and Optimization of Machine Tool in Consideration of Joint Parameters
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Solid-State Anaerobic Digestion for Methane Production from Corn Stalks with Stack-Pretreated
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Experimental Study on Impact Force for Engineering Ceramics Machining with Micro-Detonation of Striking Arc
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Study on Drilling Method of Small Diameter Deep-Hole of Titanium Alloy by Using DF of Gun Drill
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Shifted Point Array Modeling of 3D Calibration
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HomeMaterials Science ForumMaterials Science Forum Vols. 697-698Dynamic Analysis and Optimization of Machine Tool...

Dynamic Analysis and Optimization of Machine Tool in Consideration of Joint Parameters

Abstract:

This paper provides the methodology on analyzing the dynamic characteristic of machine tool in consideration of joint parameters. To ensure the dynamic model is available for further study, modal experiment for vertical machining center is involved. The machine tool is divided into several parts and connected with spring and damping for substructure modeling. Particularly, the bolt-fixed joint is an example for the joints modeling. Based on the dynamic model, simulation of modal analysis and harmonic response are carried out. Besides, method of optimization design of column and milling box is given to improve the performance, which is proved to be feasible in harmonic response.