A promising means to reduce the component of railway rolling noise radiated by the track is to increase the damping of the rail. This increases the attenuation with distance of vibrations transmitted along the rail and thereby reduces the noise radiated. To achieve this, a tuned, damped mass-spring absorber system has been designed. To cover a wide range of frequencies, multiple tuning frequencies are used along with a material with a high damping loss factor. Suitable materials have been found from extensive tests on samples and prototypes of the damper have been built and tested, both in the laboratory and in the field. Results are very promising with reductions of the track component of noise of around 6 dB being measured
In order to attenuate structural waves in beams, a damped mass-spring absorber system is considered ...
This study presents an development of impact damper and its application to reduction of railway vibr...
The Cologne-egg fastening systems applied in metro lines, which can be subjected to rail corrugation...
Nowadays there are more and more possibilities to mitigate noise and vibration emitted by railway tr...
Rolling noise forms the main source of noise from railways. Effective control at source requires a g...
The control of railway rolling noise requires a reduction in wheel and track noise emission. In this...
A promising means of reducing railway noise is to increase the damping of the rail, which decreases ...
The most important source of environmental noise from railways is rolling noise; the component of no...
Abstract: A compound track–absorber model is employed to study the performance of a rail vibrationab...
In order to attenuate structural waves in beams, a damped mass–spring absorber system is considered ...
Rail dampers work by increasing the attenuation with distance of vibration transmitted along the rai...
The main noise source when a rail vehicle is circulating under approximately 280 km/h is the interac...
Trains generate rolling noise because of the roughness of the wheel and rail running surfaces. Speci...
Noise barriers for high-speed train lines are subject to strong vibrations due to fluid pressure gen...
© 2015 Elsevier Ltd. The effectiveness of heavy masses next to the track as a measure for the reduct...
In order to attenuate structural waves in beams, a damped mass-spring absorber system is considered ...
This study presents an development of impact damper and its application to reduction of railway vibr...
The Cologne-egg fastening systems applied in metro lines, which can be subjected to rail corrugation...
Nowadays there are more and more possibilities to mitigate noise and vibration emitted by railway tr...
Rolling noise forms the main source of noise from railways. Effective control at source requires a g...
The control of railway rolling noise requires a reduction in wheel and track noise emission. In this...
A promising means of reducing railway noise is to increase the damping of the rail, which decreases ...
The most important source of environmental noise from railways is rolling noise; the component of no...
Abstract: A compound track–absorber model is employed to study the performance of a rail vibrationab...
In order to attenuate structural waves in beams, a damped mass–spring absorber system is considered ...
Rail dampers work by increasing the attenuation with distance of vibration transmitted along the rai...
The main noise source when a rail vehicle is circulating under approximately 280 km/h is the interac...
Trains generate rolling noise because of the roughness of the wheel and rail running surfaces. Speci...
Noise barriers for high-speed train lines are subject to strong vibrations due to fluid pressure gen...
© 2015 Elsevier Ltd. The effectiveness of heavy masses next to the track as a measure for the reduct...
In order to attenuate structural waves in beams, a damped mass-spring absorber system is considered ...
This study presents an development of impact damper and its application to reduction of railway vibr...
The Cologne-egg fastening systems applied in metro lines, which can be subjected to rail corrugation...