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TECHNICAL AND ECONOMICAL PROBLEMS OF INTEGRATION OF IX B AND XI D INTERNATIONAL RAILWAY TRANSPORT CORRIDORS INTO EUROPEAN RAILWAY TRANSPORT NETWORK

机译:IX B与XI D国际铁路运输走廊集成的技术和经济问题,进入欧洲铁路运输网络

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摘要

Technical and economical problems of train speed increment up to 160 km/h in existing IX B and IX D international railway transport corridors are analysed. Train speed restriction reasons, values of restrictions and their locations are estimated according to technical parameter characteristics of existing railway line infrastructure and according to the requirements for high-speed trains. The concept railway lines technical shape includes: plan, longitudinal profile, road upper construction and subgrade, besides quantitative and qualitative indices of elements. The most important indicator of railway lines technical shape is the permissible speed of trains. The radius oflying curves is taken as the most important investigation object in the analysis of geometry of railway lines plan. Computer programme „Trauka“ („Traction“) is used for the solution of problems of train speed increase. The programme is intended to calculate train speed and train driving time by evaluating the technical level of existing railway lines infrastructure. Great attention is paid to a complex analysis of road plan, longitudinal profile and upper road structure elements when railway lines infrastructure reconstruction is carried out. The application of these methods in practice allows the exact estimation of train speed increment possibilities when speed restriction reasons are eliminated.First Published Online: 19 Dec 2011
机译:分析了现有IX B和IX D国际铁路运输走廊的现有IX B和IX D国际铁路运输走廊的技术和经济速度。火车速度限制原因,根据现有铁路线基础设施的技术参数特性估计限制值及其地点,并根据高速列车的要求。除了定量和定性指标之外,概念铁路线技术形状包括:计划,纵向型材,道路上层建设和路基。铁路线技术形状最重要的指标是允许的火车速度。半径的曲线被视为最重要的调查对象,在分析铁路线计划的几何形状中。计算机程序 - žTrauka( - žžâ)用于解决列车速度增长问题。该计划旨在通过评估现有铁路线基础设施的技术水平来计算列车速度和火车驾驶时间。当进行铁路线路基础设施重建时,对道路计划,纵向轮廓和上路结构元件进行了重大关注。这些方法在实践中的应用允许在消除速度限制原因时精确估计火车速度增量可能性。在线发布:2011年12月19日

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