BEHAVIOUR OF REINFORCED CONCRETE CORBELS STRENGTHENED WITH CFRP FABRICS
Journal of Al-Azhar University Engineering Sector • 2010
Publication Information
Authors
A. M. Erfan;G.T. Abdel-Rahman ;M. K. Nassif ;Y.H. Hammad
Keywords
Shear, Strengthening, RC Corbels, NLFEA, CFRP fabrics
Journal
Journal of Al-Azhar University Engineering Sector
Publisher
Not Available
Volume
Not Available
Issue
Not Available
Pages
Not Available
publication.type
International
Paper Link
Not Available
Supplementary Materials
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Abstract
The use of carbon fiber reinforced polymer (CFRP) as an effective approach for
strengthening reinforced concrete members has developed extensively in recent years.
The present study investigates the shear behaviour, including the load-carrying capacity
and mode of failure, of reinforced concrete corbels strengthene d with CFRP fabrics. The
experimental program consisted of five full-scale concrete corb els subjected to a patch
load with a shear span to depth ratio equal to 0.8. The specime ns were designed to fail
in shear. Test results indicated that strengthening of RC corbels with CFRP slightly
enhanced the shear behaviour of the test specimens. The enhance ment in the load-carrying capacity in shear ranged from 7% to 13%. The results w ere compared with
NLFEA predictions which their predictions were conservative
strengthening reinforced concrete members has developed extensively in recent years.
The present study investigates the shear behaviour, including the load-carrying capacity
and mode of failure, of reinforced concrete corbels strengthene d with CFRP fabrics. The
experimental program consisted of five full-scale concrete corb els subjected to a patch
load with a shear span to depth ratio equal to 0.8. The specime ns were designed to fail
in shear. Test results indicated that strengthening of RC corbels with CFRP slightly
enhanced the shear behaviour of the test specimens. The enhance ment in the load-carrying capacity in shear ranged from 7% to 13%. The results w ere compared with
NLFEA predictions which their predictions were conservative
Staff Members - Benha University