Experimental Evaluation of Grinding Mechanism in Micro Depth of Cut

Takazo Yamada; Hiroki Yuge; Hwa Soo Lee; Kohichi Miura

doi:10.4028/www.scientific.net/KEM.496.110

Paper Titles

Wear Resistance of Coatings for the Cutting Tool
p.86

High Speed Turning of Ti-6Al-4V Alloy with Straight Cemented Carbide and PVD Coated Carbide Tools
p.92

Analysis of New Designs of Rotors with Variable Geometry Parameters and Results of their Tests
p.98

Investigation of Thermally Treated Recyled Glass as a Vibratory Mass Finishing Media
p.104

Experimental Evaluation of Grinding Mechanism in Micro Depth of Cut
p.110

Thermodynamics of Precision Diamond Lapping of Ceramic Surfaces
p.115

Bearing Surfaces with Sapphire for Total Hip-Joint Replacement
p.121

A Model of Forming the Surface Layer of Ceramic Parts Based on Silicon Nitride in the Grinding Process
p.127

New Ways in Aluminium Alloys Grinding
p.132

HomeKey Engineering MaterialsKey Engineering Materials Vol. 496Experimental Evaluation of Grinding Mechanism in...

Experimental Evaluation of Grinding Mechanism in Micro Depth of Cut

Abstract:

In order to make clear the grinding mechanism in micro depth of cut, micro grinding test with a diamond indenter having defined geometrical shape is carried out. As the experimental results, it is clarified that the ratio of two force components and the swell-out residual ratio in micro grinding have different tendencies from ordinary grinding area. Based on these results, it can be estimated that the grinding mechanism in micro grinding differs from the ordinary grinding mechanism.