Presented are 24 non-dimensional buckling curves to estimate the strengths of Fibre-Reinforced Polymer (FRP) square plates having four simply supported edges and subjected in-plane uniaxial uniform compression. The constructed by authors from a parametric numerical analysis using ABAQUS® software with changing variables for: material properties; initial geometrical imperfections; laminate lay-u...

This paper presents the predicted regression equation for study parameters of Reinforced Concrete (RC) beams strengthened with Hybrid Fibre Polymer (HyFRP) laminate at soffit beam. To effectiveness HyFRP on flexural strengthening a total five were cast and tested.The variable are thickness, elastic modulus tensile strength laminates. Four combinations laminates precisely, 90% Glass fibre + 10% ...

Fiber reinforced polymer (FRP) has been proved to be effective improve the structural strength and ductility for column structures. An experimental study was conducted investigate compressive performance of FRP confined glued-laminated timber (GLT) cross-laminated (CLT) columns. A total 60 specimens two dimensions in height using different types, thickness, laminate types were tested under cycl...

externally bonded reinforcement on grooves (ebrog) is a new method that has been introduced to postpone or eliminate debonding of frp sheets from concrete surface in concrete beams strengthened for flexure and increase loading capacity. for strengthening reinforced conceret beams in strructure, use of different types of frp like: laminate, afrp, cfrp, and gfrp. by there is some differences betw...

This paper proposes an efficient numerical technique for simulating hybrid fiber-reinforced polymer (FRP) bridge systems. An integrated finite strip method (IFSM) is proposed to evaluate the free vibration performance of cable-stayed FRP bridges. The structural ultra-long span (ULSCSB) totally different than steel and concrete structures due complexity mechanical behavior deck. Herein, anisotro...

 Externally Bonded Reinforcement on Grooves (EBROG) is a new method that has been introduced to postpone or eliminate debonding of FRP sheets from concrete surface in concrete beams strengthened for flexure and increase loading capacity. For strengthening reinforced conceret beams in strructure, use of different types of FRP like: laminate, AFRP, CFRP, and GFRP. By there is some differences bet...

Strengthening of reinforced concrete structures using FRP has emerged as a potential solution to the problems associated with civil infrastructure. Many researchers have reported significant increases in strength and stiffness of concrete structures strengthened with FRP. Nevertheless, possible brittle failures of the strengthened system due to delamination of the FRP strips and/or sheets could...