Research on Distribution of Magnetic Particles Based on Magnetic Field Control Grinding Wheel

Shao Hui Yin; Sheng Gong; Feng Jun Chen; Ming Wang

doi:10.4028/www.scientific.net/AMR.797.428

Paper Titles

Research on Grain Impacting Load in Abrasive Flow Machining
p.405

Study of Process Characteristics of Abrasive Flow Machining (AFM) for Ti-6Al-4V and Validation with Process Model
p.411

Study on the Characteristics of New Abrasive Medium for Abrasive Flow Machining
p.417

Experimental Study on Micro-Deliquescence Ultra-Precision Polishing with Fine Water Mist for KDP Crystal
p.423

Research on Distribution of Magnetic Particles Based on Magnetic Field Control Grinding Wheel
p.428

Experimental Research on Rolling Bearing Raceway Finishing
p.432

A Study on the Analysis of Influential Factors for 300mm Wafer Final Polishing
p.438

Study on Dual-Plane Ball Polishing Method for Finishing Ceramics Ball
p.444

Polishing Characteristics of a Low Frequency Vibration Assisted Polishing Method
p.450

HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 797Research on Distribution of Magnetic Particles...

Research on Distribution of Magnetic Particles Based on Magnetic Field Control Grinding Wheel

Abstract:

In order to solve the problem of the randomly arrangement of the diamond abrasives, a novel orderly arrangement grinding wheel was developed, which used magnetic field to control the magnetic particles to drive diamond abrasives orderly arrangement. Effects of magnetic flux density on magnetic particle distribution was studied. And effects of magnetic particle proportion on magnetic particle distribution was studied. Grinding experiments were carried out on the tungsten carbide YG8 and surface roughness after grinding was also analyzed.