Comparative Experimental Research on Cutting Superalloy Used New Coated Carbide Tools

X.Y. Wang; S.Q. Pang; Q.X. Yu

doi:10.4028/www.scientific.net/AMM.33.173

Paper Titles

The Underwater Bubbles Image’s Acquisition and Processing
p.152

The Research of Optical 3D Measuring Precision Influencing Factor in Reverse Engineering
p.157

Orientation Evolution and Nucleation Mechanism of UFG-Copper Prepared by SD-AARB with Heat Treatment
p.163

Microstructure Characterization of Alumina/Carbon Nanotubes Composite Coating
p.168

Comparative Experimental Research on Cutting Superalloy Used New Coated Carbide Tools
p.173

Visualization Research of Roadheader’s Memory Cutting Research
p.177

Optimization Design of Two Dimensional Vibrating Platforms Using Dual Flexure Hinge Structure
p.181

The Application of Grey Relational Fault Tree Analysis in Mine Hoist Overrelaxation Accident
p.185

Development of a Measuring System for Stiffness Evaluation of Micro Torsion Bar
p.190

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vol. 33Comparative Experimental Research on Cutting...

Comparative Experimental Research on Cutting Superalloy Used New Coated Carbide Tools

Abstract:

The aim of this work is to investigate the machinability of new coated carbide cutting tools that are named C7 plus coatings under turning of superalloy GH2132. This achieved by analysis of tool life at different cutting conditions .Investigations of tool wear and tool life testing are intended to establish T-V formulas, and then analyzed the characteristics of coating . Through a series of comparative tests, Using TiAlN coatings as the contrast materialthe results show that the new coating tools that are named C7 plus coatings are suitable for cutting superalloy GH2132. The cutting speed and processing efficiency can be increased effectively.