overhead railway
英 [ˌəʊvəˈhed ˈreɪlweɪ]
美 [ˌoʊvərˈhed ˈreɪlweɪ]
高架铁路
英英释义
noun
- a railway that is powered by electricity and that runs on a track that is raised above the street level
双语例句
- The article introduces in brief the principles of selection of aluminium for parts of the overhead catenary system on electric railway. and how to increase the breaking toughness and decrease the tendency of stress corrosion cracking of the parts by control alloying composition and adjust technology.
简述了用于高速电气化铁路接触网零件的铝合金的选材原则，介绍了如何通过控制合金成分、调整工艺来提高零件的断裂韧性和减少应力腐蚀开裂倾向。 - If an overhead contact line breaks down, the involved railway lines will be greatly affected.
如果接触网发生故障，其涉及到的铁路干线将受到很大的影响。 - Overhead Railway Project to Re-Start in Bangkok
曼谷高架铁路工程将重新启动 - The overhead catenary system is the main facility for power supply in electrified railway.
接触网是电气化铁路的主要供电设备。 - By statistics of fault trip of OCS caused by the influence of overhead bridges in Harbin Railway Bureau, it analyzes the factors that cause the influence and put forward particular prevention measures and introduces the gained effective results.
本文通过对哈尔滨铁路局发生的由于跨线桥影响造成接触网故障跳闸的统计，分析了产生影响的具体原因，提出了有针对性的预防措施并介绍了取得的实际效果。 - Overhead Catenary System ( abbr. OCS) is vital to the Electrified Railway's power supply, and causes trouble easily. The accident caused by OCS is an important part that affects the development and safety of Electrified Railway.
接触网是电气化铁路重要的供电设备，也是最容易发生故障的设备，接触网事故已构成影响电气化铁路发展及安全运营的一个重要因素。 - The design and construction of supporting structure for display screen at overhead floor of Beijing South Railway Station
北京南站高架层显示屏支撑结构的设计与施工 - FEA for Overhead Line Clamp Fittings in Electrification Railway
电气化铁道接触网抱箍类零部件有限元分析 - Auxiliary supporting device of anti-hard bending for overhead line erecting on electrified railway line
电气化架线防硬弯辅助支承装置 - According to the principle of FEA, several kinds of overhead line clamp fittings under different load in electrification railway are analyzed by using of ANSYS program, and material nonlinear and state nonlinear are considered.
基于有限元基本原理，采用有限元分析软件ANSYS对广州地铁一号线电气化铁道接触网上几种不同类型不同荷载工况的抱箍类零部件进行了有限元分析，考虑了材料非线性、状态非线性。