QI Zhuang, LI Fu, SUN Shu-lei, et al. A Study on the Air Spring Suspension Morphologies of EMUs Bogie. [J]. Electric Drive for Locomotives (5):9-12(2013)
DOI:
QI Zhuang, LI Fu, SUN Shu-lei, et al. A Study on the Air Spring Suspension Morphologies of EMUs Bogie. [J]. Electric Drive for Locomotives (5):9-12(2013) DOI: 10.13890/j.issn.1000-128x.2013.05.007.
A Study on the Air Spring Suspension Morphologies of EMUs Bogie
Based on the pneumatic model of air spring and the dynamics MBS model of EMUs, the dynamics behaviors of EMUs in the2-point configuration and 4-point configuration were studied contrastively. What’s more, two improved suspension morphologies wereanalyzed, including the 4-point configuration with anti-rolling bar and the front 3-point configuration with the controlled differential pressurevalve. The results of the research indicated that: the EMUs with 2-point and 4-point configurations possed the similar dynamics behaviors;the 4-point configuration with anti-rolling bar could ensure the running safety of EMUs in the fault cases; the front 3-point configuration withthe controlled differential pressure valve could improve the EMU’s ability of passing curve in certain extent.
关键词
支撑模式车辆系统动力学动车组空气弹簧高速列车稳定性平稳性曲线通过性能
Keywords
suspension morphologyvehicle system dynamicsEMUsair springhigh speed trainstabilizationstationarycurvethroughperformance