Studies of the durability of heavily loaded crossings in Latvian Railway provide information about the use of innovative materials and the impact of geometric improvements on their design. An empiric connection has been found on the basis of experimental results which enables making forecasts as to the service life of crossings. The experience thus acquired enables railway infrastructure to select crossings of the proper design more efficiently, thereby reducing life-cycle costs
In a world with unlimited travel options, railways play a key role in transportation. In order to se...
The turnout (Switch & Crossing) is a vital component in railway networks as it provides flexibility ...
A methodology for numerical prediction of accumulated rail damage in railway turnouts is presented. ...
Railway turnouts are important components of railway infrastructure as they provide flexibility and ...
The continuous increasing demand of public transportation capacity requires the railway network oper...
Switches & crossings (S&Cs) are vital assets as they allow for increased railway capacity by...
Turnouts (Switches & Crossings, S&C) are critical components of a railway track requiring re...
Railway crossings are subjected to a severe load environment leading to a degradation of rail profil...
The purpose of this research was to evaluate the long-term settlements for a wide variety of at-grad...
The switch is the most complicated and expensive component of a superstructure of the railway track....
To accommodate the passage of wheels in intersecting traffic routes,\ua0fixed railway crossings have...
Turnouts allow trains to change from one track to another. Therefore, they are an essential part of ...
The paper is focused on measurement and analysis of dynamic effects on railway turnouts. Two same-ty...
Methods for simulation-based optimisation of the design of railway turnouts (switches & crossing...
In this paper, we present a method for evaluating the performance of railway crossing rails after lo...
In a world with unlimited travel options, railways play a key role in transportation. In order to se...
The turnout (Switch & Crossing) is a vital component in railway networks as it provides flexibility ...
A methodology for numerical prediction of accumulated rail damage in railway turnouts is presented. ...
Railway turnouts are important components of railway infrastructure as they provide flexibility and ...
The continuous increasing demand of public transportation capacity requires the railway network oper...
Switches & crossings (S&Cs) are vital assets as they allow for increased railway capacity by...
Turnouts (Switches & Crossings, S&C) are critical components of a railway track requiring re...
Railway crossings are subjected to a severe load environment leading to a degradation of rail profil...
The purpose of this research was to evaluate the long-term settlements for a wide variety of at-grad...
The switch is the most complicated and expensive component of a superstructure of the railway track....
To accommodate the passage of wheels in intersecting traffic routes,\ua0fixed railway crossings have...
Turnouts allow trains to change from one track to another. Therefore, they are an essential part of ...
The paper is focused on measurement and analysis of dynamic effects on railway turnouts. Two same-ty...
Methods for simulation-based optimisation of the design of railway turnouts (switches & crossing...
In this paper, we present a method for evaluating the performance of railway crossing rails after lo...
In a world with unlimited travel options, railways play a key role in transportation. In order to se...
The turnout (Switch & Crossing) is a vital component in railway networks as it provides flexibility ...
A methodology for numerical prediction of accumulated rail damage in railway turnouts is presented. ...