An Analytical Solution for Parameter Selection for Polishing Spherical Surfaces

H.F. Li; R.H. Bao; Liang Chi Zhang

doi:10.4028/www.scientific.net/AMR.76-78.264

Paper Titles

Theoretical and Experimental Research on the Material Removal Rate in Ultrasonic Aided Lapping of ZTA Ceramic
p.240

Effects of Horizontal Vibration Assistance on Surface Roughness in Magnetic Abrasive Finishing
p.246

Deep Hole Honing Based on Squeeze Film Damping Technology
p.252

Processing of WC-Co Cemented Carbide Ball by EDR and RDP Lapping Modes
p.258

An Analytical Solution for Parameter Selection for Polishing Spherical Surfaces
p.264

A Study on a Polishing Process of Cr12 Hardening Steel with the Embedded Combined Tools
p.270

Study on a Magnetic Deburring Method by the Application of the Plane Magnetic Abrasive Machining Process
p.276

Study on Lapping and Constant-Pressure Grinding of Single-Crystal SiC
p.282

Study of Three-Dimensional Polishing Using Magnetic Compound Fluid (MCF)
p.288

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An Analytical Solution for Parameter Selection for Polishing Spherical Surfaces

Abstract:

This paper establishes an analytical solution for describing the trajectories of abrasives in polishing spherical surfaces when the motions of the tool and workpiece involve three independent angular velocities. As an example of its applications, the solution is used to show the effect of angular velocities on the trajectory coverage uniformity on a spherical surface – a key aspect for the control of a uniform material removal in a polishing operation. This solution provides a theoretical tool for the parameter selection of such machining processes.