Effect of Triangular Web Profile on the Shear Behaviour of Steel I-Beam

Shear buckling occurred in the instability modes of steel beams when it slender. This paper developsa three-dimensional finite element model using LUSAS 14.3 to study on the effect ofthe triangularsteel beamwebprofile (T WP) inshearbuckling behaviourof differentthicknesscompared RI to that of thenor...

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Main Authors: Fatimah De’nan, MusniraMustar, Adzhar Bin Hassan, Norbaya Omar
Format: Article
Language:English
Published: Babol Noshirvani University of Technology 2013-01-01
Series:Iranica Journal of Energy and Environment
Subjects:
Online Access:http://www.ijee.net/Journal/ijee/vol4/no3/7.pdf
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author Fatimah De’nan
MusniraMustar
Adzhar Bin Hassan
Norbaya Omar
author_facet Fatimah De’nan
MusniraMustar
Adzhar Bin Hassan
Norbaya Omar
author_sort Fatimah De’nan
collection DOAJ
description Shear buckling occurred in the instability modes of steel beams when it slender. This paper developsa three-dimensional finite element model using LUSAS 14.3 to study on the effect ofthe triangularsteel beamwebprofile (T WP) inshearbuckling behaviourof differentthicknesscompared RI to that of thenormalflatbeam (FW).All specimens are cantilever beam which are fixedat one ends. The flange is constant with variable webthickness. Eigenvalue buckling analysis was used in analysing the buckling load of the flat plate model andtriangular web profile (TRIWP). Results showed that the web thickness gave a significant impact on the shearbuckling of the TRIWP. In addition, the corrugation thickness of web was also effective in increasing the shearbuckling capacity of the profile.
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spelling doaj.art-01905ef71b664c278e8c12e35f3b17572024-04-02T05:15:49ZengBabol Noshirvani University of TechnologyIranica Journal of Energy and Environment2079-21152079-21232013-01-014321922210.5829/idosi.ijee.2013.04.03.07Effect of Triangular Web Profile on the Shear Behaviour of Steel I-BeamFatimah De’nanMusniraMustarAdzhar Bin HassanNorbaya OmarShear buckling occurred in the instability modes of steel beams when it slender. This paper developsa three-dimensional finite element model using LUSAS 14.3 to study on the effect ofthe triangularsteel beamwebprofile (T WP) inshearbuckling behaviourof differentthicknesscompared RI to that of thenormalflatbeam (FW).All specimens are cantilever beam which are fixedat one ends. The flange is constant with variable webthickness. Eigenvalue buckling analysis was used in analysing the buckling load of the flat plate model andtriangular web profile (TRIWP). Results showed that the web thickness gave a significant impact on the shearbuckling of the TRIWP. In addition, the corrugation thickness of web was also effective in increasing the shearbuckling capacity of the profile.http://www.ijee.net/Journal/ijee/vol4/no3/7.pdfTriangular web profileFinite element analysisLUSASShear bucklingEigenvalue
spellingShingle Fatimah De’nan
MusniraMustar
Adzhar Bin Hassan
Norbaya Omar
Effect of Triangular Web Profile on the Shear Behaviour of Steel I-Beam
Iranica Journal of Energy and Environment
Triangular web profile
Finite element analysis
LUSAS
Shear buckling
Eigenvalue
title Effect of Triangular Web Profile on the Shear Behaviour of Steel I-Beam
title_full Effect of Triangular Web Profile on the Shear Behaviour of Steel I-Beam
title_fullStr Effect of Triangular Web Profile on the Shear Behaviour of Steel I-Beam
title_full_unstemmed Effect of Triangular Web Profile on the Shear Behaviour of Steel I-Beam
title_short Effect of Triangular Web Profile on the Shear Behaviour of Steel I-Beam
title_sort effect of triangular web profile on the shear behaviour of steel i beam
topic Triangular web profile
Finite element analysis
LUSAS
Shear buckling
Eigenvalue
url http://www.ijee.net/Journal/ijee/vol4/no3/7.pdf
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