An experimental study of different factors affecting the bond
of NSM FRP bars in concrete

Faculty	Engineering	Year:	2013
Type of Publication:	ZU Hosted	Pages:	350–365
Authors:	Ibrahim Attia Abdelmegeed Abdelgawad Staff Zu Site Abstract In Staff Site
Journal:	Composite Structures ScienceDirect	Volume:

Keywords :	, experimental study , different factors affecting , bond of
Abstract:	Near-surface mounted (NSM) fiber reinforced polymer (FRP) reinforcement has proven to be an efficient technique for strengthening concrete members. The bond behavior of the NSM system depends on the bond in the two existing interfaces, wh

Author Related Publications

Ibrahim Attia Abdelmegeed Abdelgawad, "Flexural response and load capacity of reinforced concrete beams strengthened with reinforced mortar layer", Elsevier, 2021 More
Ibrahim Attia Abdelmegeed Abdelgawad, "Experimental and theoretical study on the compressive strength of the high strength concrete incorporating steel fiber and metakaolin", Elsevier, 2021 More
Ibrahim Attia Abdelmegeed Abdelgawad, "Experimental study of the influence of adhesive properties and bond length on the bond behaviour of NSM FRP bars in concrete", Taylor and Francis, 2016 More
Ibrahim Attia Abdelmegeed Abdelgawad, "Experimental and analytical investigation into the flexural performance of RC beams with partially and fully bonded NSM FRP bars/strips", Composite Structures, 2015 More
Ibrahim Attia Abdelmegeed Abdelgawad, "Flexural behavior of RC beams strengthened by NSM GFRP Bars having different end conditions", Elsevier, 2016 More

Ahmed Mohamed Hassan Ali Youssief, "Densification behavior and mechanical properties of niobium-oxide-doped alumina ceramics", Goller Verlag, 2013 More
Ahmed Mohamed Hassan Ali Youssief, "Influence of Ta2o5 DOPING ON THE MICROSTRUCTURE, physical and mechanical properties of 2-alumina ceramics", Goller Verlag, 2013 More
Amro Shehata Mohamed Shehata Fayed, "Morphological, mechanical, and thermal characterization of electrospun three‐dimensional graphite nanoplatelets/polystyrene ultra‐fine fibril composite fabrics", wileyonlinelibrary.com/journal/pc, 2021 More