Composite materials have attracted wide attention in strengthening of structural members. In
this study, the behavior of rectangular reinforced concrete (RC) strengthened with fiber …

Monotonic and repeated torsional loading frequently occur in many concrete structures. The
loading and unloading action of repeated torsion places structures under greater damage …

Deterioration and aging of concrete structures are not the only reasons why critical
members, such as beams, need to be strengthened. Other possible reasons include …

This study aimed at evaluating the torsional capacity of reinforced concrete (RC) beams
externally wrapped with fiber reinforced polymer (FRP) materials. An analytical model was …

FRP laminates and fabrics, used as an externally bonded reinforcement (EBR) to strengthen
or repair concrete members, have proven to be an economical retrofitting method. However …

A new analytical method to predict the torsional capacity and behavior of RC multi-cell box
girders strengthened with carbon fiber reinforced polymer (CFRP) sheets is presented …

Twelve of reinforced concrete beams, with (hollow and Solid) square section tested under
pure torsion, with dimensions of 160 mm height and 1000 mm length. The effects of steel …

Externally bonded, CFRP sheets are currently being studied and applied around the world
for the repair and strengthening of structural concrete members. The experimental work …

Ten of reactive powder concrete (RPC) T-beams, 1300 mm length, 100 mm web width and
160 height, with different type of section (hollow and Solid) tested under pure torsion to study …

This work aims at studying the strengthening of T beams in torsion by using carbon fiber
reinforced polymer (CFRP). The experimental work includes investigation of five reinforced …