A Novel Orderly Arrangement Method Controlled by Magnetic Field for Diamond Abrasives of Grinding Wheel

Shao Hui Yin; Feng Jun Chen; Jian Wu Yu; Ming Wang

doi:10.4028/www.scientific.net/AMR.497.6

Paper Titles

Experiment and Discussion on Ultrasonic Vibration-Assisted Single Point Diamond Turning of Die Steels
p.1

A Novel Orderly Arrangement Method Controlled by Magnetic Field for Diamond Abrasives of Grinding Wheel
p.6

Influence of Cup Wheel Grinding and Etching Pretreatment on Residual Stress and Surface Topography for Coated Cemented Carbide Tools
p.10

Precision Grinding of Structured Tungsten Carbide Mold
p.15

Analysis on Kinematic Characteristics of Precision Balls Grinding
p.20

Study on Machining Characteristics of Sawing Al₂O₃ Ceramic with Diamond Cut-Off Wheel
p.25

Wear Mechanism of High-Speed Turning Ti-6Al-4V with TiAlN and AlTiN Coated Tools in Dry and MQL Conditions
p.30

Study on Fracture Performance of In Situ Growth Whisker Toughened Composite Ceramic Tool
p.35

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A Novel Orderly Arrangement Method Controlled by Magnetic Field for Diamond Abrasives of Grinding Wheel

Abstract:

In traditional manufacture of grinding wheel, a key problem is the randomly arrangement of the diamond abrasives, which results in randomly distribution of surface roughness. In this paper, through controlling the magnetic field during the forming process of the grinding wheel, arrangement of diamond abrasives is orderly to obtain a more orderly surface roughness. The forming process of diamond fine grinding wheel is studied under magnetic field controlling. The grinding experiment for aspherical mold was carried out on the tungsten carbide YG8 and the surface quality after grinding was also analyzed