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PHOENIX LIGHT RAIL VEHICLE FRONT END DESIGN REVIEW WITH CRASH ENERGY MANAGEMENT BUMPER

机译:凤凰灯轨道车前端设计评论崩溃能量管理保险杠

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December 27, 2008 marked the grand opening of METRO Light Rail transit service linking the cities of Phoenix, Tempe and Mesa, Arizona. In Phoenix, this event harkened back to an era with similar streetcar service that ceased operations in 1948. After a 55 year absence, final design of the modern system commenced in 2003, and the acute need to address safety concerns with a new generation of valley residents began. This 20.4 mile (32.6 km) system contains 28 stations, runs on reserved rights of way, >95% in city streets, and contains over 149 street traffic intersections, highway ramps and slip-ramps. In an effort to lessen injuries and damage to the public, train crew and light rail equipment, the Agency's consultant recommended several key changes to the typical North American light rail system design. Included was an unprecedented change to the front end of the light rail vehicles with an industry first, crash energy management (CEM) bumper. This report discusses the design and functionality of the Phoenix LRV front end and bumper from concept through revenue service.
机译:2008年12月27日,标志着地铁轻轨过境服务的盛大开幕,连接了亚利桑那州的凤凰城,坦皮和梅萨城市。在凤凰城,这项事件讨论了1948年有类似的有轨电车服务的时代,即1948年停止运营。经过55岁的缺勤,2003年开始的现代制度的最终设计,并急需满足新一代山谷的安全问题居民开始了。该20.4英里(32.6公里)系统包含28个站点,保留了1995次的网络,在城市街道上> 95%,并包含149多个街道交通交叉口,公路斜坡和滑坡。为了减少对公共,火车船员和轻轨设备的伤害和损坏,该机构的顾问建议对典型的北美轻轨系统设计进行了几个关键变化。包括一个前所未有的变化,带有行业的轻轨车辆前端,第一,崩溃能量管理(CEM)保险杠。本报告讨论了菲尼克斯LRV前端和通过收入服务的概念保险杠的设计和功能。

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