差动锥齿轮的分析与设计

Peixing Wang, Kuang-Lun Liu
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引用次数: 2

摘要

差动锥齿轮强度计算,主要目的是评价齿轮在载荷作用下是否能满足强度和寿命要求;有成熟的理论齿轮强度计算公式,但由于理论齿轮强度计算,齿形与实际齿形不同,反过来,理论计算强度与实际制造强度不同。本研究在行业现有产品的基础上,利用本产品的参数计算理论强度,并使用与产品相同的锥齿轮锻造数学模型,通过动态软件LS-Dyna计算齿轮强度,将齿轮强度与实际齿形和实际齿形的齿轮强度进行比较,LS-Dyna得到的齿轮强度可以用理论计算的齿轮强度进行近似,这样,在设计之初就可以快速知道所设计的齿轮强度是否能承受载荷。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Analysis and Design of Differential bevel gear
Differential bevel gear strength calculation, The main purpose is to evaluate whether the gear can meet the strength and life requirements under load; There is a mature theoretical gear strength calculation formula, However, due to the theoretical gear strength calculation, the tooth shape is different from the actual tooth shape, In turn, the theoretical calculation strength is different from the actual manufacturing strength. This research is based on existing products in the industry, Calculate the theoretical strength using the parameters of this product, And use the same bevel gear forging mathematical model as the product, Calculate gear strength through dynamic software LS-Dyna, Comparing the gear strength with the actual tooth profile and the gear strength of the actual tooth profile, The gear strength obtained by LS-Dyna can be approximated by the theoretical calculation gear strength, In this way, you can quickly know at the beginning of the design whether the designed gear strength can withstand the load.
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