Methodology for Calculating Life Expectancy of Existing Concrete Structures

A study was conducted on four reinforced concrete buildings built in the desert region in one of the Arabian Gulf states in the late seventies to mid eighties to assess the remaining life expectancy of these buildings. Testing included core sampling, CAPO semi-destructive testing, half-cell potentia...

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Main Author: Faisal M. H. Sabouni
Format: Article
Language:English
Published: Unviversity of Technology- Iraq 2013-04-01
Series:Engineering and Technology Journal
Subjects:
Online Access:https://etj.uotechnology.edu.iq/article_81980_a6c15b5b5bdd1445c1304c972e876e3f.pdf
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author Faisal M. H. Sabouni
author_facet Faisal M. H. Sabouni
author_sort Faisal M. H. Sabouni
collection DOAJ
description A study was conducted on four reinforced concrete buildings built in the desert region in one of the Arabian Gulf states in the late seventies to mid eighties to assess the remaining life expectancy of these buildings. Testing included core sampling, CAPO semi-destructive testing, half-cell potential measurements, cover meter, dust sampling analysis, water penetration measurements, cement content, cement type and carbonation depth evaluation. A modification of the BS-ISO 15686 -1:2000 (Ref.1) equation for the life expectancy is presented to incorporate the role of the dominant variables in the estimation of the life expectancy of the four buildings
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spelling doaj.art-8522fff225064b3593b960f4d8da79412024-02-04T17:34:50ZengUnviversity of Technology- IraqEngineering and Technology Journal1681-69002412-07582013-04-01314A72372910.30684/etj.31.4A.1081980Methodology for Calculating Life Expectancy of Existing Concrete StructuresFaisal M. H. SabouniA study was conducted on four reinforced concrete buildings built in the desert region in one of the Arabian Gulf states in the late seventies to mid eighties to assess the remaining life expectancy of these buildings. Testing included core sampling, CAPO semi-destructive testing, half-cell potential measurements, cover meter, dust sampling analysis, water penetration measurements, cement content, cement type and carbonation depth evaluation. A modification of the BS-ISO 15686 -1:2000 (Ref.1) equation for the life expectancy is presented to incorporate the role of the dominant variables in the estimation of the life expectancy of the four buildingshttps://etj.uotechnology.edu.iq/article_81980_a6c15b5b5bdd1445c1304c972e876e3f.pdfreinforced concrete buildingslife expectancycore samplingcapo testhalfcell potential testconcrete coverdust samplingwater permeabilitydepth of carbonation penetration
spellingShingle Faisal M. H. Sabouni
Methodology for Calculating Life Expectancy of Existing Concrete Structures
Engineering and Technology Journal
reinforced concrete buildings
life expectancy
core sampling
capo test
half
cell potential test
concrete cover
dust sampling
water permeability
depth of carbonation penetration
title Methodology for Calculating Life Expectancy of Existing Concrete Structures
title_full Methodology for Calculating Life Expectancy of Existing Concrete Structures
title_fullStr Methodology for Calculating Life Expectancy of Existing Concrete Structures
title_full_unstemmed Methodology for Calculating Life Expectancy of Existing Concrete Structures
title_short Methodology for Calculating Life Expectancy of Existing Concrete Structures
title_sort methodology for calculating life expectancy of existing concrete structures
topic reinforced concrete buildings
life expectancy
core sampling
capo test
half
cell potential test
concrete cover
dust sampling
water permeability
depth of carbonation penetration
url https://etj.uotechnology.edu.iq/article_81980_a6c15b5b5bdd1445c1304c972e876e3f.pdf
work_keys_str_mv AT faisalmhsabouni methodologyforcalculatinglifeexpectancyofexistingconcretestructures