Passing trains generate aerodynamic loads (‘open-air pressure pulses’) that cause fatigue on wayside objects and other trains. The European regulatory framework requires, for every rolling stock type, type tests in which the peak-to-peak pressure changes caused by passing trains are measured close to the track over a range of heights. These measurements are subsequently corrected and processed so as to obtain an assessment value, which is then compared with a limit value. The assessment value is characterized by uncertainty. In this paper, we provide quantitative indicators of such uncertainty based on work carried out in the European FP7 project AeroTRAIN
Pressure variations on a train predominantly occur while trains are passing through tunnels. These a...
This paper provides new insights into the characteristics and uncertainties in railway ground-borne ...
The phenomenon of flying ballast is one of the most recent aerodynamic problems caused by the increa...
Passing trains generate aerodynamic loads that cause fatigue on wayside objects and other trains. Th...
aerodynamic load on trackbed Abstract: Within the research cooperation “Aerodynamics in Open Air ” (...
When a train drives it induces airflow along the side of the train and behind it, commonly denoted a...
This works focuses on a series of experimental tests carried out to investigate overpressures in tun...
The homologation of high-speed trains is a demanding and expensive procedure. In particular, the ev...
This paper describes the ongoing project "The measurement of train aerodynamic phenomena in operatio...
Passing trains induce aerodynamic loads on track side objects or persons. For safety reasons, guide ...
The aerodynamic effects that occur when a high-speed train enters and crosses a railway tunnel are d...
This is the first part of a two-part paper that describes the results of an experimental investigati...
Vibration-based condition monitoring is a powerful tool for remotely assessing the quality of railwa...
The need for interoperability for rail operators across Europe has led to the development of the Tec...
The paper deals with the numerical investigation of aerodynamic loads on railway track vicinity with...
Pressure variations on a train predominantly occur while trains are passing through tunnels. These a...
This paper provides new insights into the characteristics and uncertainties in railway ground-borne ...
The phenomenon of flying ballast is one of the most recent aerodynamic problems caused by the increa...
Passing trains generate aerodynamic loads that cause fatigue on wayside objects and other trains. Th...
aerodynamic load on trackbed Abstract: Within the research cooperation “Aerodynamics in Open Air ” (...
When a train drives it induces airflow along the side of the train and behind it, commonly denoted a...
This works focuses on a series of experimental tests carried out to investigate overpressures in tun...
The homologation of high-speed trains is a demanding and expensive procedure. In particular, the ev...
This paper describes the ongoing project "The measurement of train aerodynamic phenomena in operatio...
Passing trains induce aerodynamic loads on track side objects or persons. For safety reasons, guide ...
The aerodynamic effects that occur when a high-speed train enters and crosses a railway tunnel are d...
This is the first part of a two-part paper that describes the results of an experimental investigati...
Vibration-based condition monitoring is a powerful tool for remotely assessing the quality of railwa...
The need for interoperability for rail operators across Europe has led to the development of the Tec...
The paper deals with the numerical investigation of aerodynamic loads on railway track vicinity with...
Pressure variations on a train predominantly occur while trains are passing through tunnels. These a...
This paper provides new insights into the characteristics and uncertainties in railway ground-borne ...
The phenomenon of flying ballast is one of the most recent aerodynamic problems caused by the increa...