Behavior of concrete beams and slabs strengthened with composite laminates and polyurethane sheets under impact loading /
Maha Mohamed Hussein Mohamed Abdallah
Behavior of concrete beams and slabs strengthened with composite laminates and polyurethane sheets under impact loading / تصرف الكمرات والبلاطات الخرسانية المقواة برقائق المواد المؤلفة والواح البوليوريثين تحت أحمال الصدم Maha Mohamed Hussein Mohamed Abdallah ; Supervised Ahmed M. Saleh , Yehia A. Bahel Eldin - Cairo : Maha Mohamed Hussein Mohamed Abdallah , 2013 - 114 P. : charts , facsimiles ; 30cm
Thesis (M.Sc.) - Cairo University - Faculty of Engineering - Department of Civil Engineering
The existence of reinforced concrete structures that needs to be strengthened or demolished has increased widely . One of the solutions for strengthening is to bond fiber reinforced polymer (FRP) sheets to concrete structures . In this thesis both the fiber reinforced polymer (FRP) and polyurethane sheets (PUR) are used to strengthen the concrete structures and test them under impact loading
Beams and slabs Impact loading Polyurethane sheet (PUR)
Behavior of concrete beams and slabs strengthened with composite laminates and polyurethane sheets under impact loading / تصرف الكمرات والبلاطات الخرسانية المقواة برقائق المواد المؤلفة والواح البوليوريثين تحت أحمال الصدم Maha Mohamed Hussein Mohamed Abdallah ; Supervised Ahmed M. Saleh , Yehia A. Bahel Eldin - Cairo : Maha Mohamed Hussein Mohamed Abdallah , 2013 - 114 P. : charts , facsimiles ; 30cm
Thesis (M.Sc.) - Cairo University - Faculty of Engineering - Department of Civil Engineering
The existence of reinforced concrete structures that needs to be strengthened or demolished has increased widely . One of the solutions for strengthening is to bond fiber reinforced polymer (FRP) sheets to concrete structures . In this thesis both the fiber reinforced polymer (FRP) and polyurethane sheets (PUR) are used to strengthen the concrete structures and test them under impact loading
Beams and slabs Impact loading Polyurethane sheet (PUR)