• SME MR99-203
Provide PDF Format

Learn More

SME MR99-203

  • On The Mechanism Of Material Removal In Microfinishing/Fine Grinding Of Glasses
  • standard by Society of Manufacturing Engineers, 11/01/1999
  • Publisher: SME

$9.00$18.00


Glass is a brittle material available in nature. The production of mechanically sound parts from brittle material such as glasses and ceramics, irrespective of the method of fabrication - i.e. fine grinding or microfinishing, hinges on the understanding of the mechanism of material removal at low depths of cut. Brittle material such as glasses and ceramics normally respond to the applied force during grinding by generation and propagation of cracks. Above a normal load, Pn stresses in the plastic zone will generate fracture damage in the form of lateral and median crack systems. Below the critical normal load microcracks formed may not propagate into bulk material. It is this microcrack-free material removal that is central to the production of mechanically sound parts in brittle materials.

Related Products

SME TE920272

SME TE920272

Assembly Variation Analysis: Chrysler'S Tool For Upfront Dimensional Management..

$9.00 $18.00

SME MR900512

SME MR900512

Process Monitoring For Intelligent Control Of Grinding..

$9.00 $18.00

SME MS900300

SME MS900300

Applying And Sizing Machine Servo Drives..

$9.00 $18.00

SME MS920300

SME MS920300

Knowledge-Based Empowerment Tools Help Achieve A High Performance Organization..

$9.00 $18.00