Precision Grinding Characteristics and Process Optimization on YG3 Cemented Carbide

Xun Kun Liang; Zhi Jian He

doi:10.4028/www.scientific.net/AMR.602-604.1971

Paper Titles

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Precision Grinding Characteristics and Process Optimization on YG3 Cemented Carbide

Abstract:

Precision grinding experiment and process optimization of YG3 cemented carbide materials was conducted with various grinding parameters using resin-bonded diamond grinding wheel. Different rotation speed of workpiece, feed rate and grinding depth were chozen in precision cross grinding. Surface roughness was measured for studying the removal mode and grinding charateristics. A set of ideal grinding parameters of YG3 cemented carbide were obtained by changing the process parameters. The research result has guiding significance for reducing the wheel wear and processing costs, improving grinding quality and efficiency while precision grinding hard and brittle materials.