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2010•Shanxi ArchitectureRequires access

Investigation on wind resistant design of a curve-shaped super tall building

Zhao Song-li

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Abstract

Wind tunnel test for a curve-shaped super tall building was conducted.This paper presents some selected results of the shape coefficients,the base equivalent static wind loads and wind-induced acceleration responses.In addition,the results obtained from the model test were compared with that estimated based on the codes and standards.The outcomes of this study provide guidances for the design and wind tunnel tests for other similar structures in the future.

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What this paper is about

Wind tunnel test for a curve-shaped super tall building was conducted.This paper presents some selected results of the shape coefficients,the base equivalent static wind loads and wind-induced acceleration responses.In addition,the results obtained from the model test were compared with that estimated based on the codes and standards.The outcomes of this study provide guidances for the design and wind tunnel tests for other similar structures in the future.

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Available abstract

Wind tunnel test for a curve-shaped super tall building was conducted.This paper presents some selected results of the shape coefficients,the base equivalent static wind loads and wind-induced acceleration responses.In addition,the results obtained from the model test were compared with that estimated based on the codes and standards.The outcomes of this study provide guidances for the design and wind tunnel tests for other similar structures in the future.

Key concepts: Wind tunnel, Structural engineering, Base (topology), Acceleration, Engineering, Marine engineering, Wind engineering, Mathematics

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