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基于焦耳热分析的单轨交通导电轨防覆冰方案
引用本文:高晓杰,郭蕾,王旭光,李群湛.基于焦耳热分析的单轨交通导电轨防覆冰方案[J].长沙铁道学院学报,2014(3):48-53.
作者姓名:高晓杰  郭蕾  王旭光  李群湛
作者单位:西南交通大学电气工程学院,四川成都610031
基金项目:国家自然科学基金资助项目(51307142)
摘    要:针对跨座式单轨交通系统的特点,提出一种大电流防融冰方案。基于焦耳热效应建立了单轨交通系统的T型专用导电轨的热平衡方程,计算其临界防冰电流,并分析温度、风速等环境因素对防冰电流的影响。为验证其可行性,在ANSYS中建立T型导电轨模型并对其进行热分析,结果显示计算得到的临界防冰电流满足实际所需。

关 键 词:轨道交通  防冰  导电轨  临界防冰电流  热分析

Conductor rail anti-icing scheme of monorail transit based on the Joule heat
GAO Xiaojie,GUO Lei,WANG Xuguang,LI Qunzhan.Conductor rail anti-icing scheme of monorail transit based on the Joule heat[J].Journal of Changsha Railway University,2014(3):48-53.
Authors:GAO Xiaojie  GUO Lei  WANG Xuguang  LI Qunzhan
Institution:( School of Electrical Engineering, Southwest Jiaotong University, Chengdu 610031, China)
Abstract:According to the characteristics of the urban monorail transit system,a melting ice plan of large current was proposed in this paper. Based on the joule heating effect,the heat balance equation of T-shaped special conductive rail in monorail transit system was established. Then the critical anti-icing current was calculated and the impact of environmental factors,such as temperature,wind speed,on the anti-icing current was investigated. In order to validate its feasibility,T-shaped conductor rail model was generated in ANSYS and the thermal analysis was carried out. The results show that the critical melting current obtained in this study can meet the practical needs.
Keywords:rail transit  anti-icing  conductor rail  critical anti-icing current  thermal analysis
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