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A novel spectral method for cross-wind vibrations: Application to 27 full-scale chimneys

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Abstract The paper presents a collection of full-scale data selected from literature concerning measurements of cross-wind vibrations of chimneys. They belong to the original set of data, from which current… Click to show full abstract

Abstract The paper presents a collection of full-scale data selected from literature concerning measurements of cross-wind vibrations of chimneys. They belong to the original set of data, from which current codified methodologies - the Spectral Method by VickeryB uncertain estimations and observations by eye are discarded. The application of the codified methodologies to the selection of full-scale chimneys reveals several inconsistencies in the prediction of cross-wind oscillations. The paper presents a novel Spectral Method, whose predictions reproduce very well the oscillations measured in full-scale. The method is developed through wind tunnel tests in forced-vibrations. The key is the modification of the aeroelastic damping model in the well-known Vickery Spectral Method.

Keywords: full scale; cross wind; spectral method; method

Journal Title: Journal of Wind Engineering and Industrial Aerodynamics
Year Published: 2017

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