Automobile Transmission Design
Ma, Ming (2014)
Ma, Ming
Saimaan ammattikorkeakoulu
2014
Creative Commons Attribution-NonCommercial-ShareAlike 2.5 China Mainland
Julkaisun pysyvä osoite on
https://urn.fi/URN:NBN:fi:amk-201404285217
https://urn.fi/URN:NBN:fi:amk-201404285217
Tiivistelmä
The topic of this project is a design of transmissions for a medium-size truck. The adoption of suitable designs and layout enables the effective utilization of engine to improve the truck's motility and economy.
The design was referred to parameters of Beijing Foton truck and relevant books. Via a comprehensive demonstration, the data was collected from various components of the transmission which were modeled by Solidworks.
The transmission is a five-speed transmission, including five forward gears and one reverse gear, applying advanced monolithic structure of the intermediate shaft and the shift lock ring-type synchronizer. The gearbox possesses a compact structure, a small size, high transmission efficiency, and a larger ratio range, with good economy and dynamic performance. 本次设计的题目是中型载货汽车变速器。采用合理的设计和布置变速器可以使发动机的功率有效利用,从而提高汽车的动力性和经济性。
本次设计参照北京福田载货汽车的参数,参考相关书籍,对变速器进行全面的方案论证,得出变速器各个组成部分的数据,各部分零件用solidworks做出模型。
本变速器为五档变速器,其中包括五个前进挡和一个倒档,采用先进的整体式中间轴结构,使用锁销式同步器换档。该变速箱结构紧凑,体积小,传动效率高,有较大的速比范围,具有很好的经济性和动力性。
The design was referred to parameters of Beijing Foton truck and relevant books. Via a comprehensive demonstration, the data was collected from various components of the transmission which were modeled by Solidworks.
The transmission is a five-speed transmission, including five forward gears and one reverse gear, applying advanced monolithic structure of the intermediate shaft and the shift lock ring-type synchronizer. The gearbox possesses a compact structure, a small size, high transmission efficiency, and a larger ratio range, with good economy and dynamic performance.
本次设计参照北京福田载货汽车的参数,参考相关书籍,对变速器进行全面的方案论证,得出变速器各个组成部分的数据,各部分零件用solidworks做出模型。
本变速器为五档变速器,其中包括五个前进挡和一个倒档,采用先进的整体式中间轴结构,使用锁销式同步器换档。该变速箱结构紧凑,体积小,传动效率高,有较大的速比范围,具有很好的经济性和动力性。