The railway track with continuously welded rails is an essential part of the modern railway superstructure around the world. Calculation of the temperature stresses in continuously welded rails has great significance for the planning of maintenance activities in order to maintain traffic safety (risk of derailment due to either rail break, or track buckling). This paper presents the finite element model for calculation of rail stresses and displacements due to the temperature changes, which was developed by the authors. The monitoring of the track sections, which are significant regarding traffic safety, was suggested in this paper
Continuously welded rail (CWR) has been widely applied in modern railway structures, and its perform...
Continuously welded rail track has two critical parameters that affect track stability, namely longi...
Tato práce je zaměřena na zkoumání kombinované odezvy bezstykové koleje a nosné konstrukce mostu na ...
The railway track with continuously welded rails is an essential part of the modern railway superst...
Railways have a significant role to play in sustainable transportation. Rail travel is currently the...
The main aim of conducted research is determination of temperature stresses due to the uneven temper...
Vehicle/track/bridge interaction causes additional stresses in CWR on the bridge, which include str...
Continuously welded rails (CWR) are sensitive to thermal and train loads which could destabilize the...
The two most important parameters affecting stability of Continuously Welded Rail are rail stress an...
Because thermal expansions are constrained within continuous welded rail track, the track can buckle...
This paper presents a method for the monitoring of the safety of rails against thermal buckling caus...
The paper focuses on topical issues relating to the maintenance of buffer spans and temporarily repa...
This dissertation deals with the stress determination in continuous welded rail and proposes a meth...
Track buckling is a serious problem for railways. High longitudinal rail stresses contribute to many...
The continuously welded rail track has some advantages and is a request for the traffic with elevate...
Continuously welded rail (CWR) has been widely applied in modern railway structures, and its perform...
Continuously welded rail track has two critical parameters that affect track stability, namely longi...
Tato práce je zaměřena na zkoumání kombinované odezvy bezstykové koleje a nosné konstrukce mostu na ...
The railway track with continuously welded rails is an essential part of the modern railway superst...
Railways have a significant role to play in sustainable transportation. Rail travel is currently the...
The main aim of conducted research is determination of temperature stresses due to the uneven temper...
Vehicle/track/bridge interaction causes additional stresses in CWR on the bridge, which include str...
Continuously welded rails (CWR) are sensitive to thermal and train loads which could destabilize the...
The two most important parameters affecting stability of Continuously Welded Rail are rail stress an...
Because thermal expansions are constrained within continuous welded rail track, the track can buckle...
This paper presents a method for the monitoring of the safety of rails against thermal buckling caus...
The paper focuses on topical issues relating to the maintenance of buffer spans and temporarily repa...
This dissertation deals with the stress determination in continuous welded rail and proposes a meth...
Track buckling is a serious problem for railways. High longitudinal rail stresses contribute to many...
The continuously welded rail track has some advantages and is a request for the traffic with elevate...
Continuously welded rail (CWR) has been widely applied in modern railway structures, and its perform...
Continuously welded rail track has two critical parameters that affect track stability, namely longi...
Tato práce je zaměřena na zkoumání kombinované odezvy bezstykové koleje a nosné konstrukce mostu na ...