Research on On-Line Control Strategy for the Wearing Compensation of Polishing Wheel

H.X. Yu; H. Xu; Ju Long Yuan

doi:10.4028/www.scientific.net/AMR.69-70.348

Paper Titles

The Diamond Wire Saw with a Nonmetallic Core
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Numerical Simulation on the Temperature Field of Water-Jet Guided Laser Micromachining
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The Design of Powder Feeding System for Laser Remanufacturing
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Research on Modeling of Cutting Wire Deflection of Multi-Wire Saw
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Research on On-Line Control Strategy for the Wearing Compensation of Polishing Wheel
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Analytical and Experimental Investigation of the Nickel Based Superalloy Using Cryogenic Cooling Grinding
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Research Progress of Advanced Machining Technologies for Engineering Ceramics
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Optimization of Ti-6Al-4V Flank Milling Parameters Using Taguchi Method
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Study on an Open CNC System of 3-Axis Micro Milling Machine Tool
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HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 69-70Research on On-Line Control Strategy for the...

Research on On-Line Control Strategy for the Wearing Compensation of Polishing Wheel

Abstract:

A novel control strategy for on-line polishing wheel wearing compensation in a polyhedral glass grinding machine is proposed, which is mainly consisted of hybrid feed-forward feed-backward control scheme and adaptive wearing prediction algorithm. It has advantage of eliminating the size excursion of polishing roller during long term operation, while the implementation of high accuracy diameter measurement is unnecessary. Hence it greatly reduces the demand for precise sensor and complicated calculation algorithm. Consequently, surface polishing quality and flexibility of the grinding machine was enhanced greatly. Theoretical analysis and experiment result obtained from a laboratory prototype shows good agreement, which indicates that the proposed control strategy has good performance in polishing wheel diameter compensation applications.