2001Unpublished venueRequires access

NOISE AND VIBRATION FROM HIGH-SPEED TRAINS. CHAPTER 2. WHEEL AND RAIL EXCITATION FROM ROUGHNESS

Paul J. Remington

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Abstract

Models of wheel and rail roughness for use in the estimation of wheel/rail noise are presented. Methods of measuring roughness and its characteristics are described. Methods of controlling wheel/rail noise at source, including roughness amplitude reduction, reduction in wheel/rail contact stiffness, and increase of the dimensions of the zone of contact are discussed. For the covering abstract see ITRD E109863.

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What this paper is about

Models of wheel and rail roughness for use in the estimation of wheel/rail noise are presented. Methods of measuring roughness and its characteristics are described. Methods of controlling wheel/rail noise at source, including roughness amplitude reduction, reduction in wheel/rail contact stiffness, and increase of the dimensions of the zone of contact are discussed. For the covering abstract see ITRD E109863.

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Available abstract

Models of wheel and rail roughness for use in the estimation of wheel/rail noise are presented. Methods of measuring roughness and its characteristics are described. Methods of controlling wheel/rail noise at source, including roughness amplitude reduction, reduction in wheel/rail contact stiffness, and increase of the dimensions of the zone of contact are discussed. For the covering abstract see ITRD E109863.

Key concepts: Train, Vibration, Surface finish, Noise (video), Engineering, Acoustics, Stiffness, Surface roughness

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