The lateral resistance is one of the main functions of continuously welded rails that are
influenced by various factors such as rail temperature, specifications of fastening systems …

Continuously welded rail (CWR) with flash-butt welded joints has become standard practice
for railway construction around the world. The welding process during rail installation or …

Continuous welded rail (CWR) track has great advantages of low-cost maintenance,
environmental influence, and ride comfort. However, the CWR track is subjected to the …

Tendency of engineers toward continuous welded rails and its beneficial effects have raised
the importance of lateral stability in railways. Small radius curves of tracks and temperature …

Highlights The paper concerns the possibility of using an innovative railway rail structure in
a contactless track: The correct operation of CWR track, due to the occurrence of additional …

In the modern railway superstructure construction and maintenance, particularly where
higher speeds are required, the rail sections may be welded together to form Continuous …

Nowadays, the benefits of continuous welded rails and engineers' tendency toward such
types of tracks have increased the importance of railways' lateral stability. For increasing …

Lateral movements of the ballasted railway track especially in the continuous welded rail
(CWR) occur in sharp curves because of high lateral forces. Several strategies have been …

Continuously welded rail with flash-butt welded joints has become standard practice for
railway construction around the world. Through the process of welding, a residual stress …

The resilience of the railway is a booming research topic in recent years, and lateral
resistance is one of them, especially in extreme weather conditions or complex operation …