Code Created and Simulation Realized of Milling in High Speed on Typical Arc Surface of Transmission Box Based on Vericut

Ke Ru Jiao; Long Xin; Xiao Qin Wang; Zhi Gang Zhang

doi:10.4028/www.scientific.net/AMM.151.13

Paper Titles

The Fault Diagnosis Method Based on Wavelet Packet Characteristic Entropy and Relevance Vector Machine
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Simulation on Drilling with Water-Jet Guided Laser
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Code Created and Simulation Realized of Milling in High Speed on Typical Arc Surface of Transmission Box Based on Vericut
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The Effects of Exfoliation Corrosion on Upper Wing Skins Structural Integrity
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Corrosion Behavior of BG80S Anti-Sulfur Oil Tube Steel in High Temperature High Pressure H₂S/CO₂Environment
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The Oxidation Resistance of Cu-Ag Alloy Nanopowders Prepared by Induction Plasma Technology
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Numerical Simulation of Fractal Tree-Shaped Flow Field Structures in PEMFC
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Experimental Analysis of Micro-CHP Based on Biomass Direct-Fired Stirling Engine
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HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vol. 151Code Created and Simulation Realized of Milling in...

Code Created and Simulation Realized of Milling in High Speed on Typical Arc Surface of Transmission Box Based on Vericut

Abstract:

NC code to machine arc-surface of the transmission box had been obtained in UG CAM module. Then, the code was imported into Vericut in order to control the virtual machine to mill the box’s arc-surface. As a result, the simulation process machining the typical arc-surface of the transmission box was achieved. Meanwhile, the collision and interference were all verified as well. The accuracy of NC code was not only tested but also modified in this process. Due to this work has been finished, the production cost will be decreased and the production cycle will be shortened. It is of great guiding significance for the actual production process.