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首页> 外文会议>International Conference on Frontiers of Manufacturing and Design Science >Preliminary Study on Mechanism of Superalloy Deep-hole Honing Technology
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Preliminary Study on Mechanism of Superalloy Deep-hole Honing Technology

机译：超合金深孔珩磨技术机理初步研究

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摘要

Anglicizing the superalloy mechanical and cutting characteristics, and according to the oil-stone grinding characteristics, choose the current commonly abrasives in the domestic. Processing performance test of inconel 718 deep-hole honing is carried out. The comparison test results show that the grinding performance of ceramic corundum is better than other oilstones at test condition. Grinding characteristics of ceramic corundum is carried on, study show that the size of ceramic alumina grits range from 0.067 to 0.005 μm, The grinding passivated tiny grains of ceramic corundum oil-stone broken and fall off timely, which is beneficial to oil-stones, self-sharpness. The excellent performance of ceramic corundum can self-sharpening can improves the efficiency of honing effectively.
机译：以高超合金机械和切割特性为雄性，根据油石磨削特性，选择目前国内常规磨料。执行Inconel 718深孔珩磨的处理性能测试。比较试验结果表明，陶瓷刚玉的研磨性能优于试验条件下的其他油石。陶瓷刚玉的研磨特性进行了培养，研究表明，陶瓷氧化铝夹具的尺寸范围为0.067至0.005μm，磨削钝化的陶瓷刚玉油石油石碎片破碎并及时脱落，这对油石有益，这是有益的，这对油石有益，自我清晰度。陶瓷刚玉的优异性能可以自锐能可以有效地提高珩磨的效率。

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