This report describes the work carried out during RSSB project T355 'Management and Understanding of Rolling Contact Fatigue' Work Package 2 to develop a mathematical model of Phase II rolling contact fatigue (RCF) crack growth, and to use this model to investigate the key variables influencing RCF crack growth with a view to making recommendations to counter this phenomenon. The work was carried out by Corus Rail and the University of Newcastle-upon-Tyne (NewRail). The project team also worked alongside AEA Technology Rail who were responsible for delivering WP1 'Mechanisms of Crack Initiation' of RSSB project T355 'Management and Understanding of RCF'
A model of plastic strain accumulation, wear, and rolling contact fatigue (RCF) crack initiation in ...
The paper presents an extensive survey of experimental data on rolling contact fatigue (RCF) crack s...
Rolling contact fatigue (RCF) is a pervasive and insidious problem on all types of railway systems. ...
As part of RSSB's research programme, AEA Technology Rail have been developing a model of rolling co...
This review identifies the current understanding in the scientific community and railway industry of...
To meet the increasing societal demands and expectations, railway industries capitalise on the adven...
Over the years, higher travelling speed and the ability to carry heavier loads have been achieved in...
The influence of crack face friction on predicted crack growth in a 2D rail model is investigated nu...
Rolling contact fatigue (RCF) cracks in railway wheels and rails are costly and complex to deal with...
Despite continuing improvements in rail steels, inspection, lubrication and grinding, rolling contac...
The influence of crack face friction on predicted crack paths in a 2D rail model is investigated num...
Crack initiation by rolling contact fatigue and subsequent crack propagation can be illustrated by F...
Abstract: A review of some of the recent work on the mechanism of rolling contact fatigue (RCF) is p...
Due to the advancement in technology in the railway industry, higher speed and heavier load can be a...
Wear and rolling contact fatigue of rails are a major problem for the railway industry and it is of ...
A model of plastic strain accumulation, wear, and rolling contact fatigue (RCF) crack initiation in ...
The paper presents an extensive survey of experimental data on rolling contact fatigue (RCF) crack s...
Rolling contact fatigue (RCF) is a pervasive and insidious problem on all types of railway systems. ...
As part of RSSB's research programme, AEA Technology Rail have been developing a model of rolling co...
This review identifies the current understanding in the scientific community and railway industry of...
To meet the increasing societal demands and expectations, railway industries capitalise on the adven...
Over the years, higher travelling speed and the ability to carry heavier loads have been achieved in...
The influence of crack face friction on predicted crack growth in a 2D rail model is investigated nu...
Rolling contact fatigue (RCF) cracks in railway wheels and rails are costly and complex to deal with...
Despite continuing improvements in rail steels, inspection, lubrication and grinding, rolling contac...
The influence of crack face friction on predicted crack paths in a 2D rail model is investigated num...
Crack initiation by rolling contact fatigue and subsequent crack propagation can be illustrated by F...
Abstract: A review of some of the recent work on the mechanism of rolling contact fatigue (RCF) is p...
Due to the advancement in technology in the railway industry, higher speed and heavier load can be a...
Wear and rolling contact fatigue of rails are a major problem for the railway industry and it is of ...
A model of plastic strain accumulation, wear, and rolling contact fatigue (RCF) crack initiation in ...
The paper presents an extensive survey of experimental data on rolling contact fatigue (RCF) crack s...
Rolling contact fatigue (RCF) is a pervasive and insidious problem on all types of railway systems. ...