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Studying the compatibility of eddy-current brakes

机译:研究涡流制动器的兼容性

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摘要

Eddy-current brakes have proved to be a highly effective way of increasing the braking capacity of high speed trains, but to date they have not been widely adopted in Europe, mainly because of concerns over electromagnetic compatibility and thermal effects on the track (RG 5.08 p301). Co-funded by the European Commission under FP7 Transport (contract 314244), the ECUC collaborative research project on Eddy Current Brake Compatibility has brought together eight European partners to investigate these concerns and look at ways of alleviating them. The project has been co-ordinated by CEIT in Spain, working with Unife, Knorr-Bremse, Al-stom, SNCF, DB, Network Rail and Frauscher Sensortechnik. Over the past three years, ECUC has developed new electromagnetic and thermal models for eddy-current brakes, new brake designs and test procedures, and recommendations for the correct interoperable functioning of ECBs in a complex railway system.
机译:涡流制动器已被证明是提高高速列车制动能力的一种非常有效的方法,但是迄今为止,在欧洲尚未广泛采用涡流制动器,这主要是因为担心电磁兼容性和对轨道的热效应(RG 5.08) p301)。 ECUC由FP7 Transport(合同314244)在欧洲委员会的共同资助下,关于涡流制动器兼容性的ECUC协作研究项目召集了八个欧洲合作伙伴,以研究这些问题并寻求减轻这些问题的方法。西班牙CEIT与Unife,Knorr-Bremse,Al-stom,SNCF,DB,Network Rail和Frauscher Sensortechnik合作,对该项目进行了协调。在过去的三年中,ECUC为涡流制动器开发了新的电磁和热模型,新的制动器设计和测试程序,并为复杂铁路系统中ECB的正确互操作功能提出了建议。

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