High-Speed Milling Toolpath Planning for Aviation Engines Impeller Using POWERMILL Software

Xue Feng Wang; Chuan Tong Sun; Hong Jiang Sun

doi:10.4028/www.scientific.net/AMR.142.262

Paper Titles

Design and Stimulation of Hydraulic Servo System for Vehicle Test Equipment for Rubber Shock Absorber
p.243

Research on Chip Breaking Mechanism of High-Temperature and High-Strength Steel 2.25Cr-1Mo-0.25V
p.248

Research on the Machinability of Hydrogenated Cylindrical Shell Materials (2.25 Cr-1Mo-0.25V Steel)
p.253

Applied Research of the Electric Spindle Technology on Sub-Nanometer Crusher with Cellulosine
p.258

High-Speed Milling Toolpath Planning for Aviation Engines Impeller Using POWERMILL Software
p.262

Finite Element Analysis of Cold Extrusion Combination Mold Interference Fit
p.266

Coagulant Prepared by Gangue and its Application in Treatment of Coal Washing Wastewater
p.270

Development and Oxidation of RexOy-Modified Aluminide Coating
p.274

Design and Research on Two-Degree of Freedom Spherical Gear
p.279

HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 142High-Speed Milling Toolpath Planning for Aviation...

High-Speed Milling Toolpath Planning for Aviation Engines Impeller Using POWERMILL Software

Abstract:

In this paper, the machining process of integrated impeller is customized basing on the geometry feature, function characteristics and the processing difficulties. Considering the working performance and machining rigidity, the rough machining and finish machining toolpath of the hub are generated in surface projection manner and the finish milling toolpath of blade is created in driver surface manner providing by the POWERMILL software. After simulating the machining toolpath, an integrated impeller is machined by 5-axis machining center of HSM 600U.