Magnetic Fluid Grinding

Enhancing Finish and Reliability through Magnetic Fluid Grinding

Authors

  • Prof. Mohan S. Futane Dept. of Mechanical Engineering Author
  • Prof. Sachin A. Mehta Dept. of Mechanical Engineering Author
  • Hareesh Naik Dept. of Mechanical Engineering Author

Keywords:

Magnetic Fluid Grinding, better finish, glass, ceramics, acrylic resins, plastics, brittle materials, conventional grinding, cracks, strength, reliability, lapping, direct polishing method, time, cost, manufacture, damage, finishing technology, cutting force, magnetic fluid

Abstract

The better finish may be desired for looks, accuracy, weaving qualities or for any other reason. Some materials like glass, ceramics, acrylic resins & plastics are inherently brittle in nature, so during conventional grinding the cracks may be formed, which can significantly reduce the strength & reliability of the material in service. The conventional grinding followed by lapping or by direct polishing method consumes lot of time & add significantly to the cost of manufacture. To minimize the damage during finishing, it is necessary to process brittle materials under gentle condition that is under controlled low force, which is not possible in conventional grinding. The investigation of non-conventional finishing technology called magnetic fluid grinding in which the cutting force is controlled by the magnetic fluid.

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Published

2016-12-15