New Ceramic Abrasive Tools for Rough and Finishing Grinding in One Pass

Daniela Herman; J. Plichta; K. Nadolny

doi:10.4028/www.scientific.net/MSF.526.163

Paper Titles

Manufacturing Processes Analysis by Virtual Reality
p.139

Manufacture of Electrodes for Electro-Discharge Machining (EDM) of Complex Surfaces in Moulds
p.145

Modelling of Surface Roughness (Ra and Rq) in the EDM of Reaction-Bonded Silicon Carbide
p.151

Multi-Parameter Modeling of Surface Texture in EDMachining Using the Design of Experiments Methodology
p.157

New Ceramic Abrasive Tools for Rough and Finishing Grinding in One Pass
p.163

Optimisation of Sheet Metal Bending Sequences Using Genetic Algorithms
p.169

Punch and Counterpunch Design by the Die Expansion Method in Completely Closed Die Forging
p.175

Relative Importance of Main Influence Factors In Sink Erosion (EDM) Determination
p.181

Study of Drawing Processes by Analytical and Finite Element Methods
p.187

HomeMaterials Science ForumMaterials Science Forum Vol. 526New Ceramic Abrasive Tools for Rough and Finishing...

New Ceramic Abrasive Tools for Rough and Finishing Grinding in One Pass

Abstract:

A new type of ceramic abrasive tools prepared of aluminium oxide (alumina), designed to realise the one-pass process of inside diameter grinding. Distinctive feature of these tools is the gradient distribution of the abrasive grain zones with different sizes and structure which enables to carry out the rough (efficient) and finishing grinding in one pass. An influence of the grinding speed vS and the quantities of the working engagement ae on the worksurface roughness and the grinding power were determined.