1) elevated light railway
轻轨高架铁路
2) light railway
轻轨铁路
1.
Structural design and seismic analysis of integral station - bridge structure in light railway;
轻轨铁路站桥整体结构的结构设计与抗震分析
2.
Influence of seismic excitation on coupled vibration of train-bridge system in light railway;
地震作用对轻轨铁路车桥系统耦合振动的影响
3.
Seismic analysis and isolation for station-bridge structures of light railways;
轻轨铁路站桥结构体系抗震分析与隔震研究
4) elevated light rail
高架轻轨
1.
Based on the principle of the statistical energy analysis (SEA), a theoretical model of SEA applied to the prediction of the noise of elevated light rail transit has been set up.
运用统计能量分析方法SEA(statisticalenergyanalysis)建立了高架轻轨噪声预测理论模型 ,并在分析车轮、钢轨、支垫层和桥梁构件的噪声辐射状况的基础上 ,根据振动与辐射声能的关系 ,进行仿真计算 ,得出其辐射噪声声级 。
2.
The elevated light rail eases the traffic congestion, but also has brought a certain degree of negative impact to the urban landscape.
高架轻轨在缓解城市交通拥挤现象的同时,也给城市景观带来了一定的负面影响。
5) light rail viaduct
轻轨高架桥
1.
Contrast analysis of two computing results of a certain light rail viaduct;
某轻轨高架桥两种计算结果的对比分析
6) elevated railway
高架铁路
1.
This paper introduces the land use patterns un de r the elevated railway of Tokyo,from the angle of different lines,the construct ion ages,the structure of adjoining space and the condition of the lateral road s,analyzes the land use under bridge through an investigation of Shanghai Pearl Line,aiming at optimizing the land use under the elevated urban railway in Shang hai.
以不同线路、建设年代、侧道条件、横向道路条件等角度 ,介绍了东京市区范围内高架铁路桥下空间的土地利用形态。
补充资料：高架铁路
环绕或穿越市区的架空铁路。多兴建于20世纪初至30年代之间。其结构有钢或钢筋混凝土梁式和挡土墙路基式两种，上铺轨道以通行车辆。工程简易、造价低，一时曾获得发展。但因占去城市昂贵的土地和空间，且噪声大，逐渐为地下铁道和独轨铁路所代替。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条