Research on Error Compensation of Corner Milling Process Based on Milling Force Prediction

Hui Nan Shi; Fu Gang Yan; Yun Peng Ding; Xian Li Liu; Rui Zhang

doi:10.4028/www.scientific.net/MSF.800-801.761

Paper Titles

The Interface Design of TMS320C6713 and AD7679
p.741

The AE Signals Bi-Spectrum Features Study in Batch Drilling
p.745

Study of the Sensitivity of Surface Topography on the Dynamic Milling Force near the Joint of Mold
p.749

The Effect of Impeller Machining Allowance Changes on the Milling Chatter Stability Lobes
p.755

Research on Error Compensation of Corner Milling Process Based on Milling Force Prediction
p.761

Analysis on Vibration Modal and Noise Radiation of Cutter-Workpiece for Heavy Milling Processing
p.766

Probe Mobile Device Design Based on a Weak Magnetic Detection Technology
p.771

Experimental Research on Temperature of Drilling CFRP with Brazed Diamond Core Drill
p.776

A Study on Energy Consumption of a CNC Milling Machine Based on Cutting Force Model
p.782

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Research on Error Compensation of Corner Milling Process Based on Milling Force Prediction

Abstract:

In cavity die corner-machining, tool flexible deformation caused by the milling force resulting in the surface error, a method of off-line error compensation is put forward. Instantaneous chip thickness model and the corner milling force model is established based on differential and the characteristics of the corner. Combining the theory of cantilever beam and the finite element analysis, cutting tool elastic deformation model is established.