Experimental characterisation of railway wheel squeal occurring in large-radius curves

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Experimental and theoretical investigation of railway wheel squeal

The tangential contact forces that arise at the interface between the wheel of a railway vehicle and the rail provide all the traction, braking, and guidance required by the vehicle. These forces are the result of microslip or creepage and can become unstable exciting vibration of the wheel, particularly at frequencies corresponding to the wheel’s axial (and radial) modes. Although theories exi...

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Rail Wheel Squeal – Some Causes and a Case Study of Freight-car Wheel Squeal Reduction

Rail wheel squeal on curves in rail track is a source of potential noise annoyance to residents adjacent to rail lines. For one private rail freight operator, wheel squeal was causing repeated complaints from neighbours. Wheel squeal can be caused by the wheel-tyre to rail-top interaction and the wheel flange interaction with the gauge face of the rail (more like a screech). This paper describe...

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Impacts of Wheel–rail at Railway Turnouts

Investigation of vertical vibrations of a railway turnout is important in designing track components under moving loads of trains. In this paper, the turnout is simulated by a linear finite element model with modal damping. A section of the turnout has a length of 36 sleeper spans surrounding the crossing. Rails and sleepers are modeled with uniform Rayleigh- Timoshenko beam elements. The rail...

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Experimental analysis on squeal modal instability

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ژورنال

عنوان ژورنال: Proceedings of the Institution of Mechanical Engineers, Part F: Journal of Rail and Rapid Transit

سال: 2015

ISSN: 0954-4097,2041-3017

DOI: 10.1177/0954409715605142