Strengthening the railway track on sections with heavy and high-speed train traffic

Y. T. Auyesbayev, M. Arpabekov
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Abstract

This study describes the ways and methods of strengthening the lower and upper structure of the railway track for separate sections with heavy and high-speed train traffic. The dimensions of the rail settlements in the center of the car wheel, methods of reducing the elastic vertical deformations of the upper structure of the railway track under the trains are proposed, the proposed track designs for the heavy traffic of freight trains are given. Increasing the strength of soft soils at the top of the subgrade to the level of strong and hydrophobic ones in a short time, possibly by including soil stabilization of the main site in the program of major or medium repairs of the track. This requires the use of high-performance technologies and mechanization - for example, cold recycling technology. The necessary machines and mechanisms for stabilizing the soil of the main site of the railway subgrade used in transport construction are cement trucks, distributors of cement (or ash-cement mixture), road milling machines and recyclers, motor graders, watering machines, rollers, etc. In addition, the technical requirements for high-speed passenger trains are considered.
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加强高铁繁忙路段的轨道建设
本文介绍了重载高速铁路分段轨道上下结构加固的途径和方法。提出了车轮中心轨道沉降尺寸,提出了减小列车作用下轨道上部结构弹性垂直变形的方法,给出了货运列车大流量工况下的轨道设计建议。将路基顶部软土的强度在短时间内提高到强疏水水平,可在轨道大修或中修方案中包括主场地的土壤稳定。这需要使用高性能技术和机械化——例如,冷回收技术。在交通运输施工中,用于稳定铁路路基主要场地土壤的必要机械和机构有水泥车、水泥(或灰-水泥混合物)分配器、道路磨粉机和回收机、平地机、洒水机、压路机等。此外,还考虑了高速客运列车的技术要求。
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