2007Journal of Inner Mongolia University of Science and TechnologyRequires access

Study on the effects of seismic behavior of steel reinforced high-strength concrete columns

Bin Li

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Abstract

By testing 6 steel reinforced high-strength concrete columns under level load of low cycle reverse,the effects of different axial compression ratio,stirrup ratio and steel form on the anti-seismic behavior of the columns were analyzed.It is found that the anti-seismic behavior of the columns is affected not only by axial compression ratio,but by steel form as well.The axial compression ratio of the steel reinforced high-strength concrete columns with different steel forms may be adjusted,while the stirrup ratio has very little influence on the anti-seismic behavior of the columns.

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What this paper is about

By testing 6 steel reinforced high-strength concrete columns under level load of low cycle reverse,the effects of different axial compression ratio,stirrup ratio and steel form on the anti-seismic behavior of the columns were analyzed.It is found that the anti-seismic behavior of the columns is affected not only by axial compression ratio,but by steel form as well.The axial compression ratio of the steel reinforced high-strength concrete columns with different steel forms may be adjusted,while the stirrup ratio has very little influence on the anti-seismic behavior of the columns.

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Available abstract

By testing 6 steel reinforced high-strength concrete columns under level load of low cycle reverse,the effects of different axial compression ratio,stirrup ratio and steel form on the anti-seismic behavior of the columns were analyzed.It is found that the anti-seismic behavior of the columns is affected not only by axial compression ratio,but by steel form as well.The axial compression ratio of the steel reinforced high-strength concrete columns with different steel forms may be adjusted,while the stirrup ratio has very little influence on the anti-seismic behavior of the columns.

Key concepts: Stirrup, Structural engineering, Materials science, Reinforced concrete, Compression (physics), Geotechnical engineering, Composite material, Engineering

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