As an important part of national security, railway safety is also an eternal theme in the
development and maintenance of railways. In this study, to explore the establishment of high …

Railway tracks experience stress during train passage. Understanding these subgrade
stresses is essential for the design of track foundations and assessing their serviceability …

Background This article deals with a unique topic related to railway infrastructure, civil and
geotechnical engineering, and modern materials. In the past 20–30 years, more and more …

Abstract The Lab Vibration Compaction Method (LVCM) has been demonstrated to be the
most effective method for compacting High-Speed Railway Graded Aggregate (HRGA). The …

Rail has a vital role to play in the decarbonisation of transportation, both now and in the
future. It has the potential to mitigate, but also suffers from the effects of climate change, with …

Vertical stiffness and shear strength of ballasts are significantly degraded when
contaminated with sands. There is a lack of solutions/studies related to strengthening ballast …

The violent vibration and excessive settlement of trackbeds under high-speed train moving
loads are the main problems of ballasted tracks encountered in practice, which limits the rise …

In order to understand dynamic effect of the unsupported sleepers on railway substructure at
the meso-macroscopic scales, this paper develops a dynamics analysis framework …

Dynamic stabilization is a process of the railway lines that are newly built must go through
before it is put into operation. This study investigates the characteristics of stabilizing …

Under high-frequency impact loading, the ballast bed is prone to ballast crushing,
deterioration, and other adverse effects. The use of elastic sleepers is an effective way to …