Research on Machining Deformation of Miniature Thin-Plate Parts in Milling

Yong Yu Zhang; Xiao Kang Cui; Xiang Yang Du; Chao Wu

doi:10.4028/www.scientific.net/AMR.154-155.752

Paper Titles

Structure and Abrasion Resistance of MoS₂/TiN Composite Coating on Ti-6Al-4V Alloy
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Study on the Hydrodynamic Lubrication Behavior in Cold Rolling Process
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Preparation and Adhesion Study of Indium Tin Oxide Films on Quartz Optical Fibers
p.738

Columnar Crystal Growth of Ti46Al0.5W0.5Si Alloys Directional Solidified by Rectangular Cold Crucible
p.743

Research on Machining Deformation of Miniature Thin-Plate Parts in Milling
p.752

Experimental Study of the Silicon Start-up Heating and Melting Process in an Inductive Cold Crucible
p.756

The Design of Ultrasound-Aided Electro-Spark Deposition Device and Experimental Investigation
p.763

A Study on the Monitoring Technology of Extra-Large Deep Hole Drilling Using the Acceleration Sensor
p.769

Effect of Loading Location of Viscous Medium on Sheet Deformation in Viscous Pressure Bulge (VPB) Test
p.775

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Research on Machining Deformation of Miniature Thin-Plate Parts in Milling

Abstract:

The machining deformation of the sewing-needle body that is the typical miniature thin-plate part is analyzed. The result demonstrated that not only one kind of stress occurred in the milling of sewing-needle part. The magnitude of cutting force is an important parameter determined the extent of machining deformation. The experimental test of the milling cutting force is developed. The cutting force and the mode of milling can influence the dimension changing that resulted the dimension error.