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SUPPRESSING AT SOURCE TROUBLESOME RUNNING NOISE ON CURVES AND ACCOMPANYING WHEEL/RAIL WEAR. FINAL REPORT

H Bugarick, P Thevis, M Breznovsky, K Lierke

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Abstract

A series of experimental, analytical, and manufacturing tests has been carried out on ways of suppressing at source troublesome running noise on curves and the accompanying wheel/rail wear. A bogie with swinging and coupled wheels has emerged as the most promising solution for suburban applications. A self-adjusting steering mechanism uses input from the profile forces and produces on curved track a substantially better agreement between wheel trajectory and rail profile than a conventional bogie. The modifications in construction are confined to the wheelsets so that tractive and braking components are unaffected. This seems to be a cost-effective way of reducing not only travel noise and wheel/rail wear but also the incidence of derailments.

About this research paper

What this paper is about

A series of experimental, analytical, and manufacturing tests has been carried out on ways of suppressing at source troublesome running noise on curves and the accompanying wheel/rail wear. A bogie with swinging and coupled wheels has emerged as the most promising solution for suburban applications. A self-adjusting steering mechanism uses input from the profile forces and produces on curved track a substantially better agreement between wheel trajectory and rail profile than a conventional bogie. The modifications in construction are confined to the wheelsets so that tractive and braking components are unaffected. This seems to be a cost-effective way of reducing not only travel noise and wheel/rail wear but also the incidence of derailments.

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Available abstract

A series of experimental, analytical, and manufacturing tests has been carried out on ways of suppressing at source troublesome running noise on curves and the accompanying wheel/rail wear. A bogie with swinging and coupled wheels has emerged as the most promising solution for suburban applications. A self-adjusting steering mechanism uses input from the profile forces and produces on curved track a substantially better agreement between wheel trajectory and rail profile than a conventional bogie. The modifications in construction are confined to the wheelsets so that tractive and braking components are unaffected. This seems to be a cost-effective way of reducing not only travel noise and wheel/rail wear but also the incidence of derailments.

Key concepts: Bogie, Automotive engineering, Track (disk drive), Noise (video), Mechanism (biology), Engineering, Trajectory, Traction (geology)

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