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摘要:
On the basis of the gear pair integrated error proposed by the authors in the past, a new computing and evaluating method of gear meshing impact was introduced to effectively overcome the existing problems of present research on gear meshing impact. The emerging process of meshing impact of the gear with manufacturing errors was explained, and three parts of teeth transition characteristic were researched. Six fundamental types of teeth transition process and their criteria were proposed. The relationship between the teeth transition types and gear meshing impact and the variation rules of teeth transition under load were introduced. Based on the above results, the gear meshing impact evaluation system(GMIES)was developed. The theoretical and simulational studies showed that the new method would be a new way to research, evaluate and control gear meshing impact.
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来源 :
Journal of Tianjin University Science and Technology
ISSN: 0493-2137
年份: 2013
期: 5
卷: 46
页码: 440-447
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