Performance of Newly Developed Single-Point Diamond Dresser in Terms of Cutting-Point Rake Angle

Yasushi Mochida; Akihiko Kubo; Jun’ichi Tamaki; Katsuko Harano; Hitoshi Sumiya; A.M.M. Sharif Ullah

doi:10.4028/www.scientific.net/AMR.565.205

Paper Titles

Three Dimensional Analysis of a Grinding Wheel Surface with Image Processing
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Genetic Programming for Grinding Surface Roughness Modelling
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Research Progress of On-Line Measurement and Compensation Technology about Grinding Wheel Wear
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Influence of the Metallurgical Transformation Induced by Grinding on the Residual Stresses Computation
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Performance of Newly Developed Single-Point Diamond Dresser in Terms of Cutting-Point Rake Angle
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Thermo-Chemical Dressing of Coarse Grained Diamond Grinding Wheels
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T-Dress, A Novel Approach in Dressing and Structuring of Grinding Wheels
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Visualization of Grinding Wheel Surface Topography for Multiple Passes of Rotary Diamond Dresser
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Preliminary Studies for Precision Polishing of Micro Structured Mold by Using Three-Dimensional Low Frequency Vibration Utilizing Piezoelectric Actuator Incorporated with Mechanical Amplitude Magnified Mechanism
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HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 565Performance of Newly Developed Single-Point...

Performance of Newly Developed Single-Point Diamond Dresser in Terms of Cutting-Point Rake Angle

Abstract:

A cutting-tool-type single-point diamond dresser, the tip of which has a given rake angle, was developed and its dressing and grinding performances were investigated. It was found that the dressing mechanism changes its mode from a ductile mode to a brittle mode with increasing back rake angle in the negative direction and that the cutting-tool-type dresser exhibits good robustness owing to the fact that its ground surface roughness is not markedly affected by the dressing conditions.

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Periodical:

Advanced Materials Research (Volume 565)

Pages:

205-210

DOI:

https://doi.org/10.4028/www.scientific.net/AMR.565.205

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Online since:

September 2012

Authors:

Yasushi Mochida, Akihiko Kubo, Jun’ichi Tamaki, Katsuko Harano, Hitoshi Sumiya, A.M.M. Sharif Ullah

Keywords:

Back Rake Angle, Cutting-Tool-Type Diamond Dresser, Grinding Force, Grinding Wheel Surface Topography, Ground Surface Roughness, Internal Grinding, Side Rake Angle

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