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Research on Ultrasonic Honing Performance of ZrO_2 Engineering Ceramics Using Diamond Oil-stone with Coarse Grains

机译:粗粒金刚石油石对ZrO_2工程陶瓷的超声珩磨性能研究

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摘要

The experiments of common and ultrasonic honing ZrO_2 engineering ceramics using diamond oil-stone with coarse grains were carried out in this paper. The influences of grinding depth and rotative velocity of principal axis on surface reduction ratio, temperature of grinding zone, grinding force and surface roughness were clarified. The transformation characteristic from ductile region to fragmenting region, temperature characteristic of grinding zone, grinding force characteristic and the quality of machined surface in two kinds of honing modes were further studied. The research results indicate that ultrasonic honing not only possesses wider ductile grinding region, lower temperature of grinding zone and smaller grinding force but also can obtain higher surface quality compared with common honing.
机译:进行了粗金刚石金刚石油石对普通和超声珩磨ZrO_2工程陶瓷的实验。阐明了磨削深度和主轴转速对磨削比,磨削区温度,磨削力和表面粗糙度的影响。进一步研究了两种珩磨方式下韧性区域到破碎区域的转变特征,磨削区域的温度特征,磨削力特征和加工表面质量。研究结果表明,与普通珩磨相比,超声珩磨不仅具有较宽的延性磨削区域,较低的磨削温度和较小的磨削力,而且可以获得较高的表面质量。

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