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High rolling noise reduction by combining existing track based solutions

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Auteur
Vogiatzis K., Masoumi H., Stallaert B., Vanhonacker P.
Date
2015
Language
en
Sujet
Acoustic noise measurement
Acoustic wave absorption
Concrete slabs
Noise abatement
Railroad transportation
Subways
Experimental determination
Global performance
Maintenance schemes
Mitigation measures
Noise predictions
Normal operations
Precast elements
Vehicle parameters
Acoustic noise
International Institute of Acoustics and Vibrations
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Résumé
The overall objective of the Quiet-Track project is to provide step changing track based noise mitigation systems and maintenance schemes for the railway rolling noise. Work package 4 in particular focuses on the combination of existing track based solutions to yield a global performance of at least 6 dB(A). The validation was carried out considering a track section in the network of Attiko Metro line 1 with an existing outside concrete slab track (RHEDA track) where high airborne rolling noise was observed. The procedure for the selection of mitigation measures is based on numerical simulations, combining two software tools for noise prediction, WRNOISE and IMMI with experimental determination of the required track and vehicle parameters (e.g. rail and wheel roughness). A relevant combination of existing solutions was selected in function of the simulation results. Three distinct existing solutions were designed in detail aiming at a high rolling noise attenuation and not affecting the normal operation of the metro system: Action 1: implementation of sound absorbing precast elements (panel type) horizontally distributed in the track bed, Action 2: Implementation of an absorbing noise barrier with a height of 1.10-1.20 m above rail level and close to the track and vehicle, Action 3: Installation of rail dampers at the selected track. The selected solutions were implemented on site and the global performance was measured-step by step-for comparison with simulations.
URI
http://hdl.handle.net/11615/80725
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