Research on the Relation between Cutting Parameters and Axial Cutting Force in Helical Milling Process

Hai Yan Wang; Xu Da Qin

doi:10.4028/www.scientific.net/AMR.690-693.2480

Paper Titles

Math Modules Establish for BUR Edge Chamfer and its Grinding Process
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Modeling and Analysis of Machining Force in Elliptical Vibration Cutting
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Modeling of Force on Axial Power Ultrasonic Honing
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Research of Bearing Crown Roller-Raceway by Non-Uniform Interelectrode Gap Electrochemical Mechanical Machining
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Research on the Relation between Cutting Parameters and Axial Cutting Force in Helical Milling Process
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Research on the Rock Breaking by Double Disc Cutter Test-Bed
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Simulation on Material Removal during Reciprocating Traveling WEDM of Insulating Ceramics
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Static and Modal Characteristic Analysis of a Horizontal Machining Center
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Study on Machinability of Pre-Hardened Plastic Mould Steel
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Research on the Relation between Cutting Parameters and Axial Cutting Force in Helical Milling Process

Abstract:

The select of cutting parameters is not only directly related to the productivity, but also related to the change of cutting forces. Axial cutting force is too large to be ignored in the helical milling process. In this paper, the axial forces in helical milling of Cold die steel under different cutting parameters are measured, and the regression model of the axial force about the change of the cutting parameters is established, the influence of the cutting parameters on the axial cutting force is analyzed through the experimental results and the regression models respectively. The main purpose is to control axial cutting force and improve tool life in the cutting process.