Strengthening and Repair of Parabolic RC Beam Using Carbon Fiber – Reinforced Polymer Under Repeated Load

The aim of this study is to evaluate the effect of (CFRP) on parabolic beams under repeated load. In this study nine parabolic reinforced concrete beams were prepared having (150 x 200mm) dimensions , two unstrengthened as control beams and others were divided in to two groups (A and B) . Group (...

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Main Authors: Bayar Jafar Sulaivani, Tara Najmadin Hama Amin
Format: Article
Language:Arabic
Published: University of Sulaimania 2016-04-01
Series:Sulaimani Journal for Engineering Sciences
Subjects:
Online Access:https://sites.google.com/a/univsul.edu.iq/sjes/issues/sjec-volume-3-no-3-2016-arabic-part/sjes-10039
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author Bayar Jafar Sulaivani
Tara Najmadin Hama Amin
author_facet Bayar Jafar Sulaivani
Tara Najmadin Hama Amin
author_sort Bayar Jafar Sulaivani
collection DOAJ
description The aim of this study is to evaluate the effect of (CFRP) on parabolic beams under repeated load. In this study nine parabolic reinforced concrete beams were prepared having (150 x 200mm) dimensions , two unstrengthened as control beams and others were divided in to two groups (A and B) . Group (A) consisted of four beams wrapped with (CFRP) in different ways , group (B) included three damaged beams loaded to about (55%) of the maximum load of control beams and then repaired by (CFRP) . All beams tested under repeated load by (10kN) in one cycle. The test results showed the (CFRP) increased the strength of the parabolic RC beams based on the shape and type of the strengthening.
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spelling doaj.art-89b9ffa580354be38c415a824aeee9e32023-02-22T20:12:48ZaraUniversity of SulaimaniaSulaimani Journal for Engineering Sciences2410-16992415-66552016-04-013391910.17656/sjes.10039Strengthening and Repair of Parabolic RC Beam Using Carbon Fiber – Reinforced Polymer Under Repeated LoadBayar Jafar Sulaivani0Tara Najmadin Hama Amin1Department of Civil Engineering - Mosul UniversityDepartment of Civil Engineering - Mosul UniversityThe aim of this study is to evaluate the effect of (CFRP) on parabolic beams under repeated load. In this study nine parabolic reinforced concrete beams were prepared having (150 x 200mm) dimensions , two unstrengthened as control beams and others were divided in to two groups (A and B) . Group (A) consisted of four beams wrapped with (CFRP) in different ways , group (B) included three damaged beams loaded to about (55%) of the maximum load of control beams and then repaired by (CFRP) . All beams tested under repeated load by (10kN) in one cycle. The test results showed the (CFRP) increased the strength of the parabolic RC beams based on the shape and type of the strengthening.https://sites.google.com/a/univsul.edu.iq/sjes/issues/sjec-volume-3-no-3-2016-arabic-part/sjes-10039parabolic rc beamcfrprepeated load.
spellingShingle Bayar Jafar Sulaivani
Tara Najmadin Hama Amin
Strengthening and Repair of Parabolic RC Beam Using Carbon Fiber – Reinforced Polymer Under Repeated Load
Sulaimani Journal for Engineering Sciences
parabolic rc beam
cfrp
repeated load.
title Strengthening and Repair of Parabolic RC Beam Using Carbon Fiber – Reinforced Polymer Under Repeated Load
title_full Strengthening and Repair of Parabolic RC Beam Using Carbon Fiber – Reinforced Polymer Under Repeated Load
title_fullStr Strengthening and Repair of Parabolic RC Beam Using Carbon Fiber – Reinforced Polymer Under Repeated Load
title_full_unstemmed Strengthening and Repair of Parabolic RC Beam Using Carbon Fiber – Reinforced Polymer Under Repeated Load
title_short Strengthening and Repair of Parabolic RC Beam Using Carbon Fiber – Reinforced Polymer Under Repeated Load
title_sort strengthening and repair of parabolic rc beam using carbon fiber reinforced polymer under repeated load
topic parabolic rc beam
cfrp
repeated load.
url https://sites.google.com/a/univsul.edu.iq/sjes/issues/sjec-volume-3-no-3-2016-arabic-part/sjes-10039
work_keys_str_mv AT bayarjafarsulaivani strengtheningandrepairofparabolicrcbeamusingcarbonfiberreinforcedpolymerunderrepeatedload
AT taranajmadinhamaamin strengtheningandrepairofparabolicrcbeamusingcarbonfiberreinforcedpolymerunderrepeatedload