%0 Journal Article %1 H.Y.Leung2002 %A H.Y.Leung, %D 2002 %J Engineering Computations %K Building Buildings, Steel, materials, concrete beam strengthening %N 5 %P 173--181 %R 10.1108/02630800210456823 %T Strengthening of RC beams: some experimental findings %V 20 %X This paper aims to study the effect of external glass fibre reinforced polymer (GFRP) plates on the flexural and shear behaviour of structurally deficient reinforced concrete (RC) beams, a total of ten 180mmГ—250mmГ—2,500mm beams, including over-designed, unplated under-designed and plated under-designed, were tested under four-point bending condition. Experimental results indicate that the use of GFRP plates enhances the strength and deformation capacity of RC beams by altering their failure modes. Application of side plates on shear-deficient RC beams appears to be more effective than using bottom plates on flexure-deficient RC beams. However, without any improvement of concrete compressive capacity, additional shear capacities provided to the beams under the action of side plates increase the likelihood of beam failure by concrete crushing. Simultaneous use of bottom and side plates on flexural- and shear-deficient RC beams may result in reduced deflection.

@article{H.Y.Leung2002, abstract = {This paper aims to study the effect of external glass fibre reinforced polymer (GFRP) plates on the flexural and shear behaviour of structurally deficient reinforced concrete (RC) beams, a total of ten 180mmГ—250mmГ—2,500mm beams, including over-designed, unplated under-designed and plated under-designed, were tested under four-point bending condition. Experimental results indicate that the use of GFRP plates enhances the strength and deformation capacity of RC beams by altering their failure modes. Application of side plates on shear-deficient RC beams appears to be more effective than using bottom plates on flexure-deficient RC beams. However, without any improvement of concrete compressive capacity, additional shear capacities provided to the beams under the action of side plates increase the likelihood of beam failure by concrete crushing. Simultaneous use of bottom and side plates on flexural- and shear-deficient RC beams may result in reduced deflection.}, added-at = {2015-04-15T13:01:01.000+0200}, author = {H.Y.Leung}, biburl = {https://www.bibsonomy.org/bibtex/2e8ce1842d63f0ace7c98249f1b95b7f0/v.vitanov}, doi = {10.1108/02630800210456823}, file = {H.Y.Leung2002.pdf:H.Y.Leung2002.pdf:PDF}, interhash = {d84692c11422fcee1e3f6d44036d087b}, intrahash = {e8ce1842d63f0ace7c98249f1b95b7f0}, journal = {Engineering Computations}, keywords = {Building Buildings, Steel, materials, concrete beam strengthening}, number = 5, owner = {Vladimir.Vitanov}, pages = {173--181}, timestamp = {2015-04-16T09:20:21.000+0200}, title = {Strengthening of RC beams: some experimental findings}, volume = 20, year = 2002 }