cwr

Analysis of Track Parameter Sensitivity to CWR Stability

轨道参数对无缝线路稳定性影响的敏感性分析

Function of track evenness and straightness on cwr 's safety control

轨道平顺性在无缝线路安全控制中的作用

Jointless turnout is a key technique in developing CWR track across section .

道岔无缝化是跨区间无缝线路发展的难点和关键技术。

Calculation method for the discrete force of CWR on Railway Bridge

桥上无缝线路挠曲力的计算

CWR Vibration Characteristic Analysis under Different Temperature Force

不同温度力下无缝线路钢轨振动特性分析

Study on the Calculation Methods of Rail Break of CWR on Bridge

桥上无缝线路钢轨断缝计算方法的研究

FEM Analysis on CWR Vibration Characteristic through Harmonic Response Way

无缝线路钢轨振动特性谐响应有限元分析

Design on Software System of CWR track for secondary development of CAD based on VB

基于VB的CAD二次开发无缝线路配轨软件设计

Reliability Analysis of CWR Track Stability Based on Allowable Lateral Track Displacement

基于模糊横移限值的无缝线路稳定性可靠度

A New Method for Calculating Additional Expansion and Contraction Forces of CWR on Bridge

桥上无缝线路伸缩附加力计算的新方法

Analysis of Factors Affecting Instantaneous Speed Ratio between Workpiece and Roller of CWR

楔横轧轴类零件轧件与轧辊瞬时速比影响因素分析（板坯初轧机的）立辊横梁

A large number of CWR was laid on the Urban Track Traffic Bridge .

城市轨道交通高架桥上铺设了大量的无缝线路。

The results by simulation conform with the principle of CWR on bridges .

计算结果符合桥上无缝线路的基本原理。

In the end , fuzziness of CWR stability safety limit is discussed .

最后，探讨了无缝线路稳定性安全界限的模糊性。

Research on Longitudinal Force of CWR on Multi-span Bridge with Continuous Beam

中小跨度长联连续梁桥桥上无缝线路纵向力的研究

CWR & A Promising Way For International Corporations To Implement TQM

CWR&跨国公司实现全面质量管理的光明之路

Design on post processor for calculating longitudinal and additional forces of CWR on bridge

计算桥上无缝线路纵向附加力的后处理程序设计

Research of Maintenance Technology for Small Radius Curve and Big Rampway Interval Cwr

小半径曲线及长大坡道区间无缝线路养护维修技术研究

Rheological Experiment on the Track Model of CWR

无缝线路模型轨道的流变特性实验

CWR Track Stability Analysis with Timoshenko Method

无缝线路稳定的铁摩辛柯能量法分析

Simulation results demonstrate that our CWR algorithm is energy-efficient during the wake-up process .

仿真实验表明：该算法在支持唤醒机制实现过程中具有显著的节能特性。

Cross Wedge Rolling ( CWR ) is a new technology and technique to product shaft parts .

楔横轧是一种高效成形轴类件的新工艺和新方法。

An experimental study on Key Techniques of trans-section CWR

铁路跨区间无缝线路关键技术的试验研究

Cross wedge rolling ( CWR ) is an emerging technology for shaft parts processing .

楔横轧工艺是一种主要用于轴类零件加工的新兴工艺。

Impact on the Design of CWR Track on Bridge by Longitudinal Stiffness of Piers

桥墩纵向水平线刚度对桥上无缝线路设计的影响

Mark Design CWR track is a new technique that serves as a sign of track modernization .

无缝线路是一种新型的轨道结构，是轨道结构现代化的标志。

The Influence of Branch Track on Turnout Connected with CWR

道岔侧线对无缝道岔的影响双支路光伏最大功率跟踪的并网逆变器的研制

Studies on the causes of CWR buckling accidents & distribution of temperature stresses along the rail

无缝线路胀轨跑道事故原因的研究&关于纵向温度力分布问题

Study of distribution rule of surface stress on contact zone by CWR with flat wedge-shaped moulds

板式楔横轧接触区表面应力分布规律研究

This is very important for the further study of the stability of the curved CWR tracks .

对曲线轨道无缝线路稳定问题的深入研究具有重要的理论和实践意义。