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人字齿轮减振降噪的修形设计
To reduce vibration and noise and increase transmission efficiency, a three segment method for modifying the pinion profile was proposed. Cutter surface equations were deduced by changing the shape of the cutter-edge, substituting three segment parabolas for the line. The influence of longitudinal tooth modifications on tooth surface load distributions was discussed. Transmission error minimization and uniformity of tooth surface load distribution were chosen as optimization goals and the modified parameters were obtained by applying the complex method. Finally, an experiment comparing the loaded transmission error, vibration, and noise both before and after modifications was carried out. The results indicate that the modified design is reliable.
作 者： 王成 方宗德 贾海涛 Cheng Wang Zong-de Fang Hai-tao Jia 作者单位： 刊 名： 船舶与海洋工程学报（英文版） 英文刊名： JOURNAL OF MARINE SCIENCE AND APPLICATION 年，卷(期)： 2010 9(1) 分类号： U6 关键词： tooth profile modification tooth longitudinal modification double helical gears loaded transmission error【人字齿轮减振降噪的修形设计】相关文章：
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