Experimental Research on Polishing Spot of Bonnet Polishing

J.F. Song; Ying Xue Yao; D.G. Xie; Bo Gao

doi:10.4028/www.scientific.net/AMM.10-12.385

Paper Titles

Simulation of Complex Curved Surface WEDM System Based on OpenGL
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Research on Surface Roughness Prediction Model Based on Genetic Algorithm for Optical Ultra-Precision Machining
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Research on Temperature Field of Milling Insert with 3D Complex Groove
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Study on Machining Error Propagation for Multistage Processes
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Experimental Research on Polishing Spot of Bonnet Polishing
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Explicit Analysis on Temperature Field of 3D Laser Forming of Square Metal Sheet to Spherical Dome
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Effect of Glycerin on Micro Arc Oxidation Process and Performance of Ceramic Coatings at the Surface of Magnesium Alloy AZ61
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Molecular Dynamics Simulation for Single Crystal Aluminum Nano-Indentation Effect by Indenter Radius
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Investigation of Grinding Process of Particle Reinforced Matrix Aluminium Composites (PRAMCs)
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HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vols. 10-12Experimental Research on Polishing Spot of Bonnet...

Experimental Research on Polishing Spot of Bonnet Polishing

Abstract:

A new optical manufacturing technology called bonnet polishing has been developed over last decade. During bonnet polishing, the puffed bonnet is flexible and self-reacting against the surface configuration of optical parts. So the same polishing tool can be used in machining the optical parts with different curvature. The mechanism of the bonnet polishing is described in this paper firstly. Since the optical workpiece has been polished in the “polishing spot”, the bonnet polishing experiments have been accomplished on the trial-manufacturing machine to study the effect of technological parameters on the size and shape of “polishing spot” and the material removal rate of optical workpiece. At last, the material removal rules of the bonnet polishing have been given in the paper.