A New Method for Identifying the Cutter Runout Parameters in Flat End Milling Process

Min Wan; M.S. Lu; Wei Hong Zhang; Y. Yang; Y. Li

doi:10.4028/www.scientific.net/MSF.697-698.71

Paper Titles

A New Vari-Speed Cutting Scheme for Chatter Suppression
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Surface Damages Generated in Hole Making of a Cast Nickel-Based Alloy
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Statistical Modeling of Surface Roughness in Hard Milling H13 Steel
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Surface Burn and Suppression in Grinding TC4 with Segmented CBN Cup Wheel
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A New Method for Identifying the Cutter Runout Parameters in Flat End Milling Process
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Chip Thickness Analysis in Peripheral Milling of Curved Surfaces with Variable Curvature Considering Cutter Runout
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Grinding Capability of the Indigenous Polymer-Based Solid Lubricant Coating Wheels Used in Dry Grinding
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Research on the Influence Factors for the Deflection of Micro-Ball-End Cutter in Micro-End-Milling Process
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An Experimental Study of Antirust Additives Ratio for Green Water-Based Lubricant
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HomeMaterials Science ForumMaterials Science Forum Vols. 697-698A New Method for Identifying the Cutter Runout...

A New Method for Identifying the Cutter Runout Parameters in Flat End Milling Process

Abstract:

Cutter runout will redistribute the instantaneous uncut chip thickness and the cutting forces in multi-fluted milling process. In this paper, a new procedure is proposed to identify the cutter runout parameters for flat end milling process. By combining least-square method, mathematical derivations and implementation procedures are carried out based on the relative deviation between each cutting edge and the spindle rotation center, measured by a dial gauge. Numerical verifications are conducted to validate the proposed procedures, and the results show that they are efficient and reliable. It is also suggested that to weaken the influence of noise signal, measurements should be conducted at multiple axial positions.