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The deployable gage restraint measurement system - description and operational performance

机译:可部署的Gage克制测量系统 - 描述和操作性能

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This paper presents a new generation gage restraint measurement system (GRMS) recently developed by ENSCO, Inc. and Plasser American Corporation for delivery to the Federal Railroad Administration (FRA), Office of Research and Development. The original GRMS technology was developed in the early 1980's as a performance-based method to evaluate ties and fasteners. The technology has been adopted by many railroads, and commercial versions of the GRMS are being utilized daily throughout the U.S. A shortcoming of the current commercial system is that the unique split-axle system can derail when operating through switches and other track hardware. Since the split-axle is a main running axle, a derailment can have significant consequences. The new GRMS is designed as a fifth axle that is deployed from the frame of a track geometry vehicle instead of using one of the vehicle's running axles. This results in a faster, more flexible, and safer GRMS design. This paper discusses the details of the new design and its advantages.
机译:本文介绍了最近由Ensco,Inc。和Prasser American Corporation开发的新一代Gage克制测量系统(GRMS),用于向联邦铁路管理(FRA),研发办公室。原始GRMS技术在1980年代初开发的是一种基于性能的方法来评估带和紧固件的方法。该技术已被许多铁路采用,并且每天都在整个美国每天使用GRMS的商业版本。目前的商业系统的缺点是通过开关和其他轨道硬件操作时,独特的分流轴系统可以脱轨。由于分裂轴是主运行轴,因此脱轨可能具有重大后果。新GRMS被设计为从轨道几何车辆的框架部署的第五轴,而不是使用车辆的运行轴之一。这导致更快,更灵活,更安全的GRMS设计。本文讨论了新设计的细节及其优势。

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