Flexural Rigidity of Slender RC Columns

166320 hypothetical reinforced concrete (RC) columns, each with a differentcombination of variables, were used to investigate the major variables that affect theflexural rigidity (EI) of slender RC columns. Using linear regression analysis, new EIexpression was statistically developed for 131 slende...

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Main Authors: Sabeh Z. Al-Sarraf, Ihsan A. S. Al-Shaarbaf, Bassman R. Al-Bakri, Kaiss F. Sarsam
Format: Article
Language:English
Published: Unviversity of Technology- Iraq 2009-01-01
Series:Engineering and Technology Journal
Subjects:
Online Access:https://etj.uotechnology.edu.iq/article_28501_6c0ba50e4f8870e4805331c933389a00.pdf
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author Sabeh Z. Al-Sarraf
Ihsan A. S. Al-Shaarbaf
Bassman R. Al-Bakri
Kaiss F. Sarsam
author_facet Sabeh Z. Al-Sarraf
Ihsan A. S. Al-Shaarbaf
Bassman R. Al-Bakri
Kaiss F. Sarsam
author_sort Sabeh Z. Al-Sarraf
collection DOAJ
description 166320 hypothetical reinforced concrete (RC) columns, each with a differentcombination of variables, were used to investigate the major variables that affect theflexural rigidity (EI) of slender RC columns. Using linear regression analysis, new EIexpression was statistically developed for 131 slender RC columns. These columns wereexperimentally tested and available in the literature. This proposed EI expression wereintroduced into the ACI 318M-05 Code column design procedure to make comparisonsbetween 150 column experimental data with theoretical estimates of the nominalstrength using theoretical other methods. These estimates include, in addition to the proposedEI expression, other calculations from the literature.
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spelling doaj.art-eb94514eb80f4a7aba850cd68f986ff52024-02-04T17:48:26ZengUnviversity of Technology- IraqEngineering and Technology Journal1681-69002412-07582009-01-012719611510.30684/etj.27.1.828501Flexural Rigidity of Slender RC ColumnsSabeh Z. Al-SarrafIhsan A. S. Al-ShaarbafBassman R. Al-BakriKaiss F. Sarsam166320 hypothetical reinforced concrete (RC) columns, each with a differentcombination of variables, were used to investigate the major variables that affect theflexural rigidity (EI) of slender RC columns. Using linear regression analysis, new EIexpression was statistically developed for 131 slender RC columns. These columns wereexperimentally tested and available in the literature. This proposed EI expression wereintroduced into the ACI 318M-05 Code column design procedure to make comparisonsbetween 150 column experimental data with theoretical estimates of the nominalstrength using theoretical other methods. These estimates include, in addition to the proposedEI expression, other calculations from the literature.https://etj.uotechnology.edu.iq/article_28501_6c0ba50e4f8870e4805331c933389a00.pdfbuilding codescolumnsflexural strengthreinforced concreterigidityslenderness ratiostatisticalstructural design
spellingShingle Sabeh Z. Al-Sarraf
Ihsan A. S. Al-Shaarbaf
Bassman R. Al-Bakri
Kaiss F. Sarsam
Flexural Rigidity of Slender RC Columns
Engineering and Technology Journal
building codes
columns
flexural strength
reinforced concrete
rigidity
slenderness ratio
statistical
structural design
title Flexural Rigidity of Slender RC Columns
title_full Flexural Rigidity of Slender RC Columns
title_fullStr Flexural Rigidity of Slender RC Columns
title_full_unstemmed Flexural Rigidity of Slender RC Columns
title_short Flexural Rigidity of Slender RC Columns
title_sort flexural rigidity of slender rc columns
topic building codes
columns
flexural strength
reinforced concrete
rigidity
slenderness ratio
statistical
structural design
url https://etj.uotechnology.edu.iq/article_28501_6c0ba50e4f8870e4805331c933389a00.pdf
work_keys_str_mv AT sabehzalsarraf flexuralrigidityofslenderrccolumns
AT ihsanasalshaarbaf flexuralrigidityofslenderrccolumns
AT bassmanralbakri flexuralrigidityofslenderrccolumns
AT kaissfsarsam flexuralrigidityofslenderrccolumns