Study on Axial Turning of Engineering Ceramics

Xin Li Tian; Fang Guo; Jun Fei Yang; Bao Guo Zhang; Ya Tao Mao

doi:10.4028/www.scientific.net/AMR.135.309

Paper Titles

Design and Implementation of the Cutting Dynamometer System Based on Virtual Instrument Technology
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Process Parameter Optimization and Experimental Study of Micro-Holes in Electrochemical Micromachining Using Pulse Current
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An Approximate Solution of Energy Partition in Grind-Hardening Process
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Experimental Study on the Characteristics of Surface Roughness in Ultrasonic Aided High-Speed Lapping of Engineering Ceramics
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Study on Axial Turning of Engineering Ceramics
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Quantitative Evaluation of the Uniformity of Abrasive Distribution Based on Image Processing
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Simulation and Design of Experimental Equipment for Two-Phase Compulsive Circulation Flows Finishing
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A Deterministic Method to Predict Geometrical Interference between Grinding Wheel and Workpiece for Ultra-Precision Aspherical Grinding
p.325

Experimental Study on Deburring, Form Error and Surface Roughness in Orbital Drilling of Hardened Steel
p.331

HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 135Study on Axial Turning of Engineering Ceramics

Study on Axial Turning of Engineering Ceramics

Abstract:

Axial turning is a method to cut the cylindrical work piece along its axis, using the kinetic energy of high-speed rotation annularity tool, the abrasives in tool tip (or toes) as the main cutting edge to remove materials and the abrasives in the inner surface of tool as a minor cutting edge to sharpen the processed surface. The cutting thickness and feed rate could be more than 3~5mm and 30mm/min respectively in a cutting, and realized high-efficient, low-cost processing of engineering ceramics. Processing mechanism analyses showed that both median/radial cracks and lateral cracks occurred in the part to be removed, and the intensity of the processed part had little destroyed, only needing adjust the axial force to control the length of transverse cracks.