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Effects of Uniformity in Structure on Grinding Performance of Vitrified cBN Wheels

机译：结构均匀性对玻璃化CBN轮子研磨性能的影响

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Yoshio ICHIDA; Hitoshi KAJINO; Ryunosuke SATO; Yoshitaka MORIMOTO; Masakazu SATO;
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1. AN INNOVATIVE CONCEPT AND ITS EFFECTS ON WHEEL SURFACE TOPOGRAPHY IN DRY GRINDING BY RESIN AND VITRIFIED BOND CBN WHEEL [J] . Taghi Tawakoli, Mohammad Rabiey Machining Science and Technology . 2008,第4期

机译：树脂和胶结的CBN轮干磨中的一种创新概念及其对轮毂表面成像的影响
2. Effect of the grit shape on the performance of vitrified-bonded CBN grinding wheel [J] . Nastja Macerol, Luiz F. P. Franca, Peter Krajnik Journal of Materials Processing Technology . 2020,第1期

机译：砂砾形状对玻璃粘结CBN砂轮性能的影响
3. Grinding performance of AISI D6 steel using CBN wheel vitrified and resinoid bonded [J] . Bruno Kenta Sato, Rafael Lemes Rodriguez, Anthony Gaspar Talon, The International Journal of Advanced Manufacturing Technology . 2019,第5a6期

机译：AISI D6钢的研磨性能使用CBN轮玻璃型和树脂粘合
4. Enhancement of Grinding Performance Based on Improvement of Uniformity in Structure in Vitrified Bonded cBN Wheels [C] . Hitoshi Kajino, Yoshio Ichida, Ryunosuke Sato, The Eighteenth Annual Meeting the American Society for Precision Engineering; Oct 26-31, 2003; Portland, Oregon . 2003

机译：陶瓷结合cBN砂轮的结构均匀性提高，提高磨削性能
5. Development of Multi-Grit CBN Grinding Wheel for Crankshaft Grinding [D] . Macerol, Nastja. 2019

机译：曲轴研磨多砂砾CBN砂轮的研制
6. Influence of Electroplated CBN Wheel Wear on Grinding Surface Morphology of Powder Metallurgy Superalloy FGH96 [O] . Haining Wang, Xun Li, Ziming Wang, 2020

机译：电镀CBN轮毂磨损对粉末冶金高温合金FGH96磨削表面形态的影响
7. Estudo comparativo entre a agressividade superficial obtida na retificação com rebolos de óxido de alumínio e CBN, fabricados com ligantes resinóide e vitrificado The evaluation of the bond resin and vitrified and abrasive grain CBN and alumina influence in the grinding wheel topography characteristics, by the study of the grinding wheel sharpness [O] . E. C. Bianchi, R. D. Monici, L. D. Neto, 2011

机译：通过研磨氧化铝和CBN砂轮获得的表面侵蚀性与树脂和玻璃化粘合剂的比较研究。砂轮的锋利度

Effects of Uniformity in Structure on Grinding Performance of Vitrified cBN Wheels

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