摘 要
本文详细介绍了混合式馈能悬架系统的设计与仿真。在目前的环境来说,传统类型的被动悬架已经逐渐不能满足用户的需求,也不符合市场的发展现状,主动悬架也存在稳定性无法保证的缺陷。这大环境上来说,节能减排也是一个很重要的项目,各行各业也都要进行节能减排,为绿化地球贡献出一份力。针对目前的这种状况,本文提出一种新型的混合式馈能悬架系统。
混合式馈能悬架系统是基于传统被动式悬架和主动悬架进行创新的新型悬架系统。其设计的理念是要结合传统被动悬架和主动悬架各自的优点,并加入馈能的功能以达到节能减排的目的。其具体设计内容是将传统被动悬架与主动悬架进行有机结合,在得到主动悬架的高性能的同时,保证得到传统悬架的高稳定性。
本文首先探讨了混合式馈能悬架的设计理念和工作原理,根据其工作原理和设计理念,设计混合式馈能悬架系统的基础结构。混合式馈能悬架系统的结构里包含被动悬架和主动悬架的结构,将两种悬架系统的结构进行结合。进行完结构设计之后就进行建模,之后根据模型进行电磁仿真分析调整。
关键词:馈能悬架;混合式;电磁
Abstract
In this paper,the design and Simulation of hybrid energy-fed suspension system are introduced in detail. In the current environment,the traditional type of passive suspension has gradually been unable to meet the needs of users,and also does not meet the development status of the market. Active suspension also has the drawbacks of stability can not be guaranteed.
Hybrid energy-fed suspension system is a new suspension system based on traditional passive suspension and active suspension. The idea of the design is to combine the advantages of traditional passive suspension and active suspension,and add energy-feeding function to achieve the purpose of energy saving and emission reduction. The specific design content is to combine the traditional passive suspension with the active suspension organically,in order to obtain the high performance of the active suspension and ensure the high stability of the traditional suspension.
Firstly,the design concept and working principle of hybrid energy-fed suspension are discussed. According to its working principle and design concept,the basic structure of hybrid energy-fed suspension system is designed. The structure of hybrid energy-fed suspension system includes passive suspension and active suspension,which combine the two suspension systems. After the structural design is completed,the model is built,and then the electromagnetic simulation analysis and adjustment are carried out according to the model.
Key words: Feed Suspension;Hybrid;Electromagnetic
目 录
第四章 利用Adams/View进行混合馈能悬架建模仿真 15
第五章 利用Adams/View进行混合馈能悬架的优化 29











