编号：CDUT-2022-29

标题：Research on a novel configuration synthesis method of no-spin traction continuously variable transmission

入藏号：WOS:000546216200006

中国科学院文献情报中心期刊分区：工程技术1区/TOP（2020年升级版）

本校作者： 李超，付林

来源出版物：MECHANISM AND MACHINE THEORY 卷: 152  文献号: 103963

出版年：2020

第一地址： 成都理工大学

关键词：Configuration synthesis；No-spin；CVT；Configuration factor table；Configuration genes；Variant mechanism

代表图：

摘要：The no-spin design methodology of the traction continuously variable transmission (CVT) is the latest achievement in the field of CVT mechanism research. According to this methodology, four basic no-spin traction CVT mechanisms are acquired. In order to obtain more no-spin traction CVT mechanism topologies, a novel Configuration Factor Table (CFT) method for the configuration synthesis of basic no-spin traction CVT mechanisms is proposed, of which the main idea is from the basic law of separation and free combination of genes. Then the five main steps of configuration synthesis using this CFT method are described in detail. Based on this method, the configuration synthesis case studies of logarithmic VT and conical CVT are carried out. The results show that 14 variant mechanisms of logarithmic CVT and 10 variant mechanisms of conical CVT are obtained. Among them, the swing-logarithmic CVT, rolling-logarithmic CVT, swing-conical CVT and rolling-conical CVT are considered to have the potential to become the new generation of high-power transmitting and high-efficiency traction CVTs.

文章链接地址： https://www.sciencedirect.com/science/article/pii/S0094114X20301841