The paper illustrates a comparison between contact forces measured on a railway vehicle for Rome’s underground and those calculated with a Multi-Body Simulation code. It would have been quite difficult to obtain correct outputs from simulation without the availability of test results, since the measured coefficient of friction was substantially higher than what was desumed from the literature and the presence of flange lubricant proved to be essential for the dynamic behaviour of the vehicle. The simulations presented were thus carried out for different friction coefficients on flange and tread in order to illustrate the sensitivity of the model to these parameters
The equations for the forces developed between the wheel and rail are summarised and the physical im...
The objective of this Project is to investigate how the wheel and rail would interact with each othe...
A general approach to numerically simulating wear in rolling and sliding contacts is presented in th...
This diploma thesis deals with the experimental study of the influence of operating conditions on th...
Multi-Body System (MBS) computer modelling is frequently performed in the design-phase of railway ve...
This paper summarizes the forces that develop in the contact patch between the wheel and the rail in...
Previous field studies of wheel rail noise, wear and top of rail lubrication practice have been cond...
Managing the coefficient of friction at the wheel/rail interface through wheel flange/gauge face lub...
The realization of movement by railway vehicles creates a problem that is connected to the wear proc...
Problems in tribology and contact mechanics are becoming increasingly amenable to solution through m...
Description of dynamics occurring during the passage of a rail vehicle is a complex problem, and the...
Determination of frictional condition of the running surface and side surface of the top of rail (lu...
A general approach to numerically simulating wear in rollingand sliding contacts is presented in thi...
The realistic modelling of a heavy haul locomotive’s behaviour requires the correct representation o...
Experimentally determined creep curves for rolling-sliding contact in lubricated conditions are foun...
The equations for the forces developed between the wheel and rail are summarised and the physical im...
The objective of this Project is to investigate how the wheel and rail would interact with each othe...
A general approach to numerically simulating wear in rolling and sliding contacts is presented in th...
This diploma thesis deals with the experimental study of the influence of operating conditions on th...
Multi-Body System (MBS) computer modelling is frequently performed in the design-phase of railway ve...
This paper summarizes the forces that develop in the contact patch between the wheel and the rail in...
Previous field studies of wheel rail noise, wear and top of rail lubrication practice have been cond...
Managing the coefficient of friction at the wheel/rail interface through wheel flange/gauge face lub...
The realization of movement by railway vehicles creates a problem that is connected to the wear proc...
Problems in tribology and contact mechanics are becoming increasingly amenable to solution through m...
Description of dynamics occurring during the passage of a rail vehicle is a complex problem, and the...
Determination of frictional condition of the running surface and side surface of the top of rail (lu...
A general approach to numerically simulating wear in rollingand sliding contacts is presented in thi...
The realistic modelling of a heavy haul locomotive’s behaviour requires the correct representation o...
Experimentally determined creep curves for rolling-sliding contact in lubricated conditions are foun...
The equations for the forces developed between the wheel and rail are summarised and the physical im...
The objective of this Project is to investigate how the wheel and rail would interact with each othe...
A general approach to numerically simulating wear in rolling and sliding contacts is presented in th...