2009Shanxi ArchitectureRequires access

Equivalent design wind loads and wind-induced acceleration responses of a tall building

Zhao Song-li

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Abstract

Wind tunnel test for a typical tall building was conducted in a boundary layer wind tunnel.This paper presents some selected results of the base equivalent static wind loads and wind-induced acceleration responses from the analysis of the data obtained in the wind tunnel test.In addition,the results from a previously conducted wind tunnel test were also used for comparative study,and the effects of boundary layer conditions and surrounding building conditions were investigated.The outcomes of this study were used for the structural design and serviceability evaluation of the tall building.

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What this paper is about

Wind tunnel test for a typical tall building was conducted in a boundary layer wind tunnel.This paper presents some selected results of the base equivalent static wind loads and wind-induced acceleration responses from the analysis of the data obtained in the wind tunnel test.In addition,the results from a previously conducted wind tunnel test were also used for comparative study,and the effects of boundary layer conditions and surrounding building conditions were investigated.The outcomes of this study were used for the structural design and serviceability evaluation of the tall building.

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Available abstract

Wind tunnel test for a typical tall building was conducted in a boundary layer wind tunnel.This paper presents some selected results of the base equivalent static wind loads and wind-induced acceleration responses from the analysis of the data obtained in the wind tunnel test.In addition,the results from a previously conducted wind tunnel test were also used for comparative study,and the effects of boundary layer conditions and surrounding building conditions were investigated.The outcomes of this study were used for the structural design and serviceability evaluation of the tall building.

Key concepts: Serviceability (structure), Wind tunnel, Structural engineering, Wind engineering, Acceleration, Engineering, Wind gradient, Marine engineering

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