This report details modelling work conducted to develop a comparison of Hatfield and alternative rail steels through examination of the effect of decarburisation on crack initiation. The input data on decarburisation comes from both the experimental data collected in project JR31.086, and alternative data available from published literature. Also included in this report is validation work on the hybrid two and three dimensional fracture mechanics based crack growth model ("2.5d" model) used in project JR31.086 to predict the effect of residual stress on crack growth. This validation has been conducted using newly developed fully three dimensional models, but could not be based on Hatfield specific rail residual stress data because this was ...
Over the last years, deep rolling has been adopted to improve the fatigue strength of railway axles,...
International audienceRolling contact fatigue cracks in rails undergo non-proportional mixed-mode I+...
Rolling contact fatigue crack growth continues to affect many railways worldwide. It is most often c...
Runs of the model developed and described in the previous report were undertaken to investigate the ...
This report presents a model for investigating the effect of residual stress in railway rails on the...
Crack initiation by rolling contact fatigue and subsequent crack propagation can be illustrated by F...
To meet the increasing societal demands and expectations, railway industries capitalise on the adven...
The paper presents an extensive survey of experimental data on rolling contact fatigue (RCF) crack s...
Over the years, higher travelling speed and the ability to carry heavier loads have been achieved in...
A model of plastic strain accumulation, wear, and rolling contact fatigue (RCF) crack initiation in ...
Rolling contact fatigue (RCF) and wear of railway wheels and rails are the main phenom-ena that affe...
Over the last years, deep rolling has been adopted to improve the fatigue strength of railway axles,...
As part of RSSB's research programme, AEA Technology Rail have been developing a model of rolling co...
In the last years, roll-forming has been adopted as a technique to improve the strength against cra...
Over the last years, deep rolling has been adopted to improve the fatigue strength of railway axles,...
International audienceRolling contact fatigue cracks in rails undergo non-proportional mixed-mode I+...
Rolling contact fatigue crack growth continues to affect many railways worldwide. It is most often c...
Runs of the model developed and described in the previous report were undertaken to investigate the ...
This report presents a model for investigating the effect of residual stress in railway rails on the...
Crack initiation by rolling contact fatigue and subsequent crack propagation can be illustrated by F...
To meet the increasing societal demands and expectations, railway industries capitalise on the adven...
The paper presents an extensive survey of experimental data on rolling contact fatigue (RCF) crack s...
Over the years, higher travelling speed and the ability to carry heavier loads have been achieved in...
A model of plastic strain accumulation, wear, and rolling contact fatigue (RCF) crack initiation in ...
Rolling contact fatigue (RCF) and wear of railway wheels and rails are the main phenom-ena that affe...
Over the last years, deep rolling has been adopted to improve the fatigue strength of railway axles,...
As part of RSSB's research programme, AEA Technology Rail have been developing a model of rolling co...
In the last years, roll-forming has been adopted as a technique to improve the strength against cra...
Over the last years, deep rolling has been adopted to improve the fatigue strength of railway axles,...
International audienceRolling contact fatigue cracks in rails undergo non-proportional mixed-mode I+...
Rolling contact fatigue crack growth continues to affect many railways worldwide. It is most often c...