车辆段的英文

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"车辆段"怎么读用"车辆段"造句

英文翻译手机版

rolling stock depot

"车辆"英文翻译 vehicle; car; rolling stock; ...
"段"英文翻译 section; segment; part; para ...
"车辆段修" 英文翻译 : car repair in depot
"坏保温车辆段" 英文翻译 : mechanical refrigerator car depot
"车辆" 英文翻译 : vehicle; car; rolling stock; tram; seater; carriage 来往车辆 traffic; 铁路机车及车辆 rolling stock; 重型车辆 heavy vehicles; 军用车辆 army vehicles; 私人车辆 personal cars; privately owned cars; 禁止车辆通行。 no thoroughfare for vehicles.; close to traffic. 马路上挤满了各种车辆。 the roads are crowded with vehicles of all kinds.; 车辆保修[养]厂 running shed; 车辆保养 vehicle maintenance
"车辆，4" 英文翻译 : vehicles, 4xgeneral purpose
"车辆驳" 英文翻译 : vehicle barge
"车辆材" 英文翻译 : wheelwrights wood; woods used for car construction
"车辆舱" 英文翻译 : vehicle hold
"车辆厂" 英文翻译 : carriage works; rolling stock plant; wagon works; wagton works
"车辆秤" 英文翻译 : track scales
"车辆的" 英文翻译 : vehiculary; wheeled
"车辆等" 英文翻译 : the city streets are full of traffic
"车辆管" 英文翻译 : emer gency vehicle management
"车辆货" 英文翻译 : vehicle cargo
"车辆局" 英文翻译 : the bureau of railway vehicles
"车辆炉" 英文翻译 : american oven
"车辆税" 英文翻译 : motor vehicle tax; motor vehicles tax; vehicle taxes
"车辆轴" 英文翻译 : axle for vehicle; axle shaft
"货车（车辆）" 英文翻译 : vans
"旧车辆" 英文翻译 : rattle trap
"扣留（车辆）" 英文翻译 : impoundment
"轮距(车辆)" 英文翻译 : wheel base
"期车辆" 英文翻译 : iii
"汽车,车辆" 英文翻译 : v vehicle

例句与用法

The depot layout design for straddle type monorail system
跨座式单轨交通系统车辆段站场设计
Design of outdoor low voltage power supply for chengdu metro car deport
成都地铁车辆段室外低压供电设计
F ) actively rebuilt the repair workshop and ameliorated the repair environment
6 、积极进行修车库的改造，改善车辆段的修车环境。
Through theoretic analysis and computer simulation , the seismic vibration control of huge subway platforms with upper structures is discussed in this paper
本文通过理论分析和数值模拟，对设有减震层的地铁车辆段大平台结构?上部住宅减震系统进行了研究。
In light of making full use of the metropolitan ' s spatial resources , multi - storied and high - rise buildings are developed on the bawangfen sector for metro cars of the subway in beijing , china
为充分开发城市可用空间资源，北京市在八王坟地铁车辆段上开发了多高层住宅小区。
The device equipped with ccd and other equipment will be large and expensive , the maintenance of the equipments are quite difficult . because of these , a new method for measuring the wheelset geometric parameters is given in this paper
在车辆段的轮对检测中，若采用ccd测量方式，需要多套光源和伺服机构，装置体积庞大、成本高、运用维修困难、实测精度不高。
With the input of a vibration acceleration history of subway train , a full dynamic analysis of soil - pile - structure is carried out . the propagation of vibration wave on the ground and vibration responses of the huge platform and the storied buildings are analyzed . some conclusions are drawn as follows : ( 1 ) with the increase of the distance to the vibration source , vibration intensity of the ground decreases ; ( 2 ) the vibration intensity of the ground in vertical direction is slightly larger than that in horizontal direction ; ( 3 ) with the increase of the distance to the vibration source , the situation that the vibration intensity of each building in horizontal direction is maximum at highest and lowest story whereas minimum at the middle story changes gradually to that decreasing with the height of building ; ( 4 ) in vertical direction , the vibration velocities and accelerations at the end points of each story of a building are the nominal identical , which indicates that the vertical vibration of them is unanimous ; ( 5 ) the vibration intensity in vertical direction of a building is larger than that in horizontal direction ; ( 6 ) increasing of the elasticity of track is an effective way to abate vibration of ground and buildings
本文以北京地铁八王坟车辆段地上超大结构(车辆段大平台及其上的小区楼房)及其地基基础为研究对象，在研究和分析有关资料的基础上，用快速拉格朗日有限差分法软件flac建立了二维数值分析模型，并以列车振动加速度时程作为模型输入，进行了地基?桩基础?地上结构的整体动力学分析，分析了地铁列车运行产生的振动在地面的传播规律及其对地上结构的影响，得到了如下结论： ( 1 )随着与地铁线路距离的增大，地面的振动强度有减小的趋势； ( 2 )地面竖直方向的振动强度较之水平方向的略大； ( 3 )随着与振源距离的增大，在水平方向上，地上各幢楼房的振动强度由底层和顶层的最大、中间层的最小逐渐过渡到沿楼层增高而减小； ( 4 )在竖直方向上，每幢楼各层端点的振动速度、加速度完全相同，表明楼房各层在竖直方向上的运动状态一致； ( 5 )各幢楼房竖直方向的振动强度比水平方向的大； ( 6 )增加轨道弹性是减轻地面和地上建筑振动的有效途径。
The study on non - contact and automatical measuring system for measurement of wheelset geometric parameters is very important , which can not only help to improve the quality of wheelset test , to increase the development of digital - railway , but also can give much information on studying wheel - rail geometric contract
轮对几何参数的非接触自动测量，可以提高车辆段轮对检修的质量，有助于实现数字化铁路的目标，而且可为研究轮轨接触几何关系提供重要的数据。因此，对轮对自动测量系统的研究，具有重要意义。
After the mechanical model and the dynamic differential equations of the buildings are set up and solved using the theory of structure dynamics , the base isolated system , the tmd system , and this up - low control system are discussed . the analysis results show that the stiffness and damp of the superstructure are variables that play important parts in the effects of earthquake response ' s decreasing . secondly , finite element models are established to analysis the mechanical performance of bawangfen subway platform with upper two buildings in beijing
借助于ansys - v5 . 7有限元分析软件，本文还对设置和未设置减震层的北京八王坟地铁车辆段大平台结构?上部住宅系统进行了有限元建模，并对这两个系统的模态和三维地震动作用下的非线性地震反应进行了大量的计算分析，对比了对应于4条地震波的8度小震、中震和大震情况下减震体系和非减震体系的层间剪力和层间位移等反应。
Measuring parameters of wheel set is a necessary step for protecting transportation safety . but in our country , the measurement was done by using hands mostly . with the speedup of train , the current detecting methods could not meet the requirements of wheel maintenance
目前，我国铁路车辆轮缘几何参数、轮对尺寸参数和踏面缺陷参数测量大多还停留在手工阶段，特别是列车提速以后，现有检测方法已不能满足车辆段修的要求，需要研制一种较高精度和可靠性的轮对综合参数自动化检测系统。