Study on NC Machining of Parts with Rotational Characteristic

Wei Fang Wang; Wan Lin Zhou

doi:10.4028/www.scientific.net/AMR.337.584

Paper Titles

A Study and Analysis on Electromagnetic Compression Forming Processed Aluminum Alloy Tubes
p.560

Stiffness Analysis of Spot-Weld Specimen in Finite Element and Experimental Comparison
p.564

Effect of Electromagnetic Field on the As-Cast Structure of HMn084 Brass
p.570

Foundation and Application of Fluid End’s Vibration Model for Drilling Reciprocation Pump
p.575

Study on NC Machining of Parts with Rotational Characteristic
p.584

Investigation on the Residual Stress Redistribution under Cyclic Loading
p.588

Buckling Analysis of Stitched and Unstitched Glass Epoxy Composites
p.594

Effect of Alloying Element Addition on Transition Interface Reaction Zone in Metal Matrix Composite Processing by Cast Infiltration
p.598

NO_X and Soot Emissions Numerical Simulation of Diesel Engine Fueled with Biodiesel
p.603

HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 337Study on NC Machining of Parts with Rotational...

Study on NC Machining of Parts with Rotational Characteristic

Abstract:

CNC machining tool is the core application technology of equipment manufacturing and the key to modern manufacturing industry, which is of great significance to improve processing quality and efficiency. In general, parts with rotational characteristic are most common in NC machining. In this paper, some problems that are often encountered during NC Machining of Parts with Rotational Characteristic are introduced, and the reasons and solutions are also given.