A modified single degree of freedom method for the analysis of building steel columns subjected to explosion induced blast load

•A modified approach to the SDOF analysis method of steel columns under blast load is presented and validated.•A new resistance function was derived taking into account the reduction in the column resistance caused by the axial load.•The strain rate effect has been accounted for in calculating the r...

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Published in:International journal of impact engineering 2016-08, Vol.94, p.120-133
Main Author: Al-Thairy, Haitham
Format: Article
Language:English
Subjects:
Axial load
Blast load
Blast loads
Blast resistance
Columns (structural)
Degrees of freedom
Mathematical analysis
Mathematical models
Resistance function
SDOF method
Steel columns
Structural steels
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description •A modified approach to the SDOF analysis method of steel columns under blast load is presented and validated.•A new resistance function was derived taking into account the reduction in the column resistance caused by the axial load.•The strain rate effect has been accounted for in calculating the resistance function of the steel column.•Validation results have shown the accuracy of the proposed method to predict response and failure of steel columns under blast. In this paper, a modified approach to the single degree of freedom (SDOF) analysis method of axially loaded steel columns under blast load is presented and validated. The suggested method utilizes a new non-linear resistance function of steel columns under transverse blast load. The new resistance function was derived based on a quasi-static approximation of column behaviour taking into consideration the reduction in the column transverse resistance caused by the axial compressive load. The derived resistance function has been implemented in a single degree of freedom analysis procedure to trace the full response of the steel column up to global instability failure taking into account the strain rate effects. The developed resistance functions and the SDOF method have been validated against numerical simulation results using two steel columns sections with two boundary conditions subjected to different values of the blast impulse and under different levels of axial compressive loads taken as a percentage of the column design static compressive load. The validation results have indicated the capability and feasibility of the suggested method to predict the response and failure of steel columns under transverse blast load.
doi_str_mv 10.1016/j.ijimpeng.2016.04.007
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In this paper, a modified approach to the single degree of freedom (SDOF) analysis method of axially loaded steel columns under blast load is presented and validated. The suggested method utilizes a new non-linear resistance function of steel columns under transverse blast load. The new resistance function was derived based on a quasi-static approximation of column behaviour taking into consideration the reduction in the column transverse resistance caused by the axial compressive load. The derived resistance function has been implemented in a single degree of freedom analysis procedure to trace the full response of the steel column up to global instability failure taking into account the strain rate effects. The developed resistance functions and the SDOF method have been validated against numerical simulation results using two steel columns sections with two boundary conditions subjected to different values of the blast impulse and under different levels of axial compressive loads taken as a percentage of the column design static compressive load. 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The developed resistance functions and the SDOF method have been validated against numerical simulation results using two steel columns sections with two boundary conditions subjected to different values of the blast impulse and under different levels of axial compressive loads taken as a percentage of the column design static compressive load. 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In this paper, a modified approach to the single degree of freedom (SDOF) analysis method of axially loaded steel columns under blast load is presented and validated. The suggested method utilizes a new non-linear resistance function of steel columns under transverse blast load. The new resistance function was derived based on a quasi-static approximation of column behaviour taking into consideration the reduction in the column transverse resistance caused by the axial compressive load. The derived resistance function has been implemented in a single degree of freedom analysis procedure to trace the full response of the steel column up to global instability failure taking into account the strain rate effects. 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1879-3509
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source ScienceDirect Journals
subjects Axial load
Blast load
Blast loads
Blast resistance
Columns (structural)
Degrees of freedom
Mathematical analysis
Mathematical models
Resistance function
SDOF method
Steel columns
Structural steels
title A modified single degree of freedom method for the analysis of building steel columns subjected to explosion induced blast load
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