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作 者:赵星晨 ZHAO Xingchen(Jiangling Motors Corporation Limited,Nanchang 330000,China)
出 处:《汽车实用技术》2022年第9期101-105,共5页Automobile Applied Technology
摘 要:随着当前汽车性能的提升,以及车主对驾驶感受要求的提高,车轮的动平衡修正精度要求也越来越严苛。文章主要探讨在生产实践中,如何获得更准确的车轮动平衡测量值及更高的标定精度。从车轮动平衡值的测量方式出发,结合动平衡结果的计算方法,引出在生产实践中,可能影响车轮动平衡结果的各类因素。通过探讨这些因素的影响方式及控制方法,得出在生产实践中取得更准确的动平衡测量结果,以及最优动平衡修正结果的方法。这些方式主要包括对轮辋外观及动平衡质量的确认、对轮辋与轮胎配合良好的确认、对平衡机的标定及维护以及平衡块安装工艺的控制。最终从整个车轮生产过程出发,对各环节的可优化建议进行阐述。People's requirement of driving feeling is increasing as the vehicle performance improved nowadays.The accuracy of wheel dynamic balance correction is much more strict.This paper is discussing how to get more accurate wheel dynamic balance test and correction result during the production process.This research get some factors which may influence the dynamic balance result by disusing the testing method and calculation formula.By exploring how these factors are influenced and how they can be controlled,a method for achieving more accurate dynamic balance measurements and optimal dynamic balance corrections in production practice can be developed.The methods include conformation of wheel quality,match between rim and tire,maintenance of equipment,and dynamic block assembly.At last we provide some recommendations for wheel production process optimization.
分 类 号:TH162.0[机械工程—机械制造及自动化]
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