The stability and longevity of railway infrastructure are critically dependent on the
mechanical behavior of railway ballast, which forms the foundation of the track. Railway …

The performance of railway tracks is critically influenced by the behavior of the underlying
ballast, which plays a central role in track stability, durability, and maintenance …

The gears in the high-speed heavy-duty gearbox of the high-speed train are typical high-
speed heavy-duty gears. Combined with the transmission principle and structural …

The stability of railway tracks is significantly influenced by the drainage behavior of ballast, a
granular material that provides structural support. Proper drainage ensures that water does …

This paper investigates the temporal effects of ballast shoulder cleaning on railway track
stability using numerical analysis. Ballast shoulder cleaning is a key maintenance process …

This article presents a comprehensive model for simulating the transport dynamics of fouling
materials in ballast systems, essential for maintaining railway stability and performance …

Ballast is a fundamental component of railway infrastructure, providing support and stability
to tracks. However, its performance can be significantly compromised by poor drainage …

Effective drainage of railway ballast is crucial for ensuring the stability and longevity of
railway infrastructure. This study utilizes multi-phase flow simulations to analyze the dynamic …

Ballast drainage plays a crucial role in maintaining the stability and functionality of railway
tracks, particularly in mitigating the effects of water accumulation in the ballast layer. This …

The performance and durability of railway infrastructure heavily depend on effective ballast
drainage, which can be significantly influenced by shoulder cleaning practices. This …