slab track
板式轨道;轨道版;平板轨道
2026-03-22 09:50 浏览次数 32
板式轨道;轨道版;平板轨道
common slab ballastless track普通板式轨道
slab track slab-track板式轨道
slab ballastless track on bridge桥上板式无砟轨道
Burger slab ballastless track博格板式无碴轨道
vibration damping slab track减振板式无砟轨道
continuous-slab-track纵连板式轨道
slab ballastless track板式无碴轨道
Floating Slab Track Bed浮置板道床
among all mitigation measures, the floating slab track is the most effective one with wide perspective of development.
在目前的减振措施中,浮置板轨道减振效果最好,具有广阔的发展前景。
a kind of special floating slab track is utilized to conduct an experiment in laboratory in order to control potential low-frequency vibration from urban mass transit.
针对城市轨道交通可能引发的低频振动,采用特殊浮置板轨道进行室内激振试验。
the problems about dynamic response of slab track under high- speed moving load are discussed.
本文讨论了高速行车对板式轨道的动力响应问题。
ballastless slab track on bridge of passenger dedicated line is a track of new type with stable track and bed structure high regularity and less maintenance.
客运专线桥上采用板式无碴轨道是一种新型轨道形式,它能提供稳定的道床结构,是一种高平顺、少维护线路。
the lateral stability coefficient of slab track is lower than 0.7, the dynamical stability of the track is fine.
线路横向稳定性系数均小于0.7,线路的动态稳定性优良;
as one of a main parts of overseas high-speed railways route, temperature load has important influence on the slab track structure on the soil formation.
土质路基上的无碴轨道在国外高速铁路上已得到广泛应用,而在我国却处于刚起步阶段。
based on the hamilton theory, the differential equation of the vertical vibration of vehicle and slab track is established.
根据哈密顿原理建立了板式轨道轮轨系统垂向耦合模型的振动方程,并编制了求解程序。
influence of fastener failure on responses of vertical vibration of urban rail transit train-floating slab track system;
针对城市轨道交通可能引发的低频振动,采用特殊浮置板轨道进行室内激振试验。
the effect of the stiffness change of the slab track on the vertical dynamic characteristics of the system is analyzed.
在此基础上,分析了板式轨道的刚度变化对此系统竖向振动响应的影响规律。
slab track structure is one of the most important structures of non ballast track.
板式轨道结构是无碴轨道一种重要的结构形式。
with the rapid development of modern high-speed railway and city mass transit, slab track of which character is less maintenance or no maintenance was developed rapidly.
随着现代高速铁路和城市轨道交通的快速发展,以少维修或不维修为特点的板式轨道得到了较快发展。
study on the vibration isolation performance of floating slab track using dynamic receptance method;
浮置板轨道系统具有良好的减振性能,因而在工程中获得了广泛的应用。
floating slab track structure is a mass-spring-damping vibration isolated system.
浮置板轨道结构是一种质量—弹簧—阻尼隔振系统。
this thesis develops a coupling dynamics model for lim vehicle and slab track to investigate the influence of polygonal wheels on dynamic behavior.
分析了多边形车轮在板式轨道下对直线电机车辆动力学性能的影响。
this thesis focuses on the slab track layed on the soil formation. a mechanical model of slab track layed on the soil formation is established, and system analysis is made for its stress performance.
本文以土质路基板式轨道为研究对象,建立了土质路基板式轨道力学分析实体模型,对其力学性能进行了系统的分析。
a finite element method was applied to analyze the dynamic response of slab track subjected to a moving load.
用有限元法分析了板式轨道在移动荷载作用下的动力响应。