Atmosphere Effects on the Machinability of Cutting Tools with Micro- and Nanoscale Textures

Noritaka Kawasegi; Hiroshi Sugimori; Noboru Morita; Min Chao Xue

doi:10.4028/www.scientific.net/AMR.325.333

Paper Titles

Experimental Study on the Cutting Performance of TiC-Based Nanocomposite Ceramic Tools in Turning 40Cr Steel
p.309

Effect of Ground Surface Roughness of Tool on Adhesion Characteristics by PVD Coating
p.315

Study on Processing Property of Thin-Walled Titanium Alloy Component with Paraffin Reinforcement
p.321

Ultra High-Speed Cutting Experiment under the Cutting Condition that Cutting Speed Exceeds Plastic Wave Speed of Workpiece
p.327

Atmosphere Effects on the Machinability of Cutting Tools with Micro- and Nanoscale Textures
p.333

Defect Structures in Diamond Composite Coated Cemented Tungsten CarbideSubstrates
p.339

Aid of End-Milling Condition Decision Using Data Mining from Tool Catalog Data for Rough Processing
p.345

An Experimental Study on the Effects of Ultrasonic Assisted Drilling on Chip Characteristics and Tool Life
p.351

Numerical Study on Constant-Flow Hydrostatic Water Bearing for a Machine-Tool Table
p.357

HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 325Atmosphere Effects on the Machinability of Cutting...

Atmosphere Effects on the Machinability of Cutting Tools with Micro- and Nanoscale Textures

Abstract:

Cutting and friction experiments were conducted in various atmospheres to investigate the chemical effect on textured cutting tools. The cutting experiments indicated that the atmosphere affected the machinability of the textured tools; a larger effect was observed in the presence of gas such as oxygen. A ball-on-disk friction apparatus was developed and used for the friction experiments. Smaller friction coefficients were observed in the presence of oxygen, a trend similar to that observed during the cutting experiments. These results indicate that oxidation is an important factor in determining the texture effect for machining aluminum alloy.