Add to ORKGNumerical analysis of high-frequency dynamic train-track interaction is combined with the analysis of material deterioration in terms of rolling contact fatigue (RCF) and plastic deformations to analyze the influence of insulated rail joints. These joints form local rail irregularities and lead to a local change of dynamic track stiffness. Dynamic responses at wheel passes are evaluated. Further, related plastic deformations at the joint and increased RCF impact along a stretch of the track adjacent to the joint are predicted
Rail joints have a shorter service life than most other railway track components. The discontinuity ...
The insulated rail joint (IRJ) is an essential component in a track circuit that controls the signal...
A two-dimensional computational model for assessment of rolling contact fatigue induced by discrete ...
Numerical analysis of high-frequency dynamic train-track interaction is combined with the analysis o...
Insulated rail joints are used for signal control and detection of broken rails in railway operation...
Insulated rail joints are designed in a similar way to butt jointed steel structural systems, the di...
Insulated rail joints (IRJs) are safety critical components in the signalling system of railway corr...
To effectively address the high rate of failure of Insulated Rail Joints (IRJs) in the heavy haul li...
In spite of the extensive usage of continuous welded rails, a number of rail joints still exist in t...
Numerical simulations are performed to study plastic deformation and fatigue impact of an insulated ...
Numerical simulations have been carried out to assess the influence of key parameters on the deterio...
The thesis deals with some fatigue related problems in railway mechanics related to increased axle l...
The thesis deals with fatigue related issues in the field of railway mechanics. In particular rail b...
Sustainable railway systems with less disturbance are highly desired. Insulated rail joint (IRJ) is ...
"Aim of this research is to examine the impact fatigue failure of the railhead of the IRJ [insulated...
Rail joints have a shorter service life than most other railway track components. The discontinuity ...
The insulated rail joint (IRJ) is an essential component in a track circuit that controls the signal...
A two-dimensional computational model for assessment of rolling contact fatigue induced by discrete ...
Numerical analysis of high-frequency dynamic train-track interaction is combined with the analysis o...
Insulated rail joints are used for signal control and detection of broken rails in railway operation...
Insulated rail joints are designed in a similar way to butt jointed steel structural systems, the di...
Insulated rail joints (IRJs) are safety critical components in the signalling system of railway corr...
To effectively address the high rate of failure of Insulated Rail Joints (IRJs) in the heavy haul li...
In spite of the extensive usage of continuous welded rails, a number of rail joints still exist in t...
Numerical simulations are performed to study plastic deformation and fatigue impact of an insulated ...
Numerical simulations have been carried out to assess the influence of key parameters on the deterio...
The thesis deals with some fatigue related problems in railway mechanics related to increased axle l...
The thesis deals with fatigue related issues in the field of railway mechanics. In particular rail b...
Sustainable railway systems with less disturbance are highly desired. Insulated rail joint (IRJ) is ...
"Aim of this research is to examine the impact fatigue failure of the railhead of the IRJ [insulated...
Rail joints have a shorter service life than most other railway track components. The discontinuity ...
The insulated rail joint (IRJ) is an essential component in a track circuit that controls the signal...
A two-dimensional computational model for assessment of rolling contact fatigue induced by discrete ...