Recent research has focused on strengthening steel structures using FRP materials. The bond behavior of steel structures strengthened with FRP materials is different than that of concrete structures. Additionally, very high bond stresses are likely to occur for most strengthening applications due to the amount of strengthening required for steel structures. In this paper, surface preparation methods and means of preventing galvanic corrosion are discussed as well as current methods for determining bond stresses and their use for design. These methods are compared to experimental results, showing good agreement, and the direction of future work in this area is proposed
The bonding interface between the CFRP and the steel plate is the weak link of CFRP-strengthened ste...
CFRP material has been widely used to strengthen concrete structures. There is an increasing trend o...
This study investigates the bond behavior of corroded reinforcing steel confined with carbon fiber r...
Abstract: Recent research has focused on rehabilhation and strengthening of steel structures and bri...
The use of FRP composites in civil engineering applications has gained considerable popularity over ...
Abstract : The use of CFRP is increasingly common as a solution for the strengthening of structures,...
Over the past two decades, fiber-reinforced polymer (FRP) composites have gradually gained wide acce...
This literature review has examined the use of FRP composite materials as a potential retrofitting t...
The use of externally bonded Carbon Fiber Reinforced Polymer (CFRP) reinforcement has proven to be a...
In recent years, the use of adhesively-bonded fibre-reinforced composite materials has attracted wid...
AbstractThe FRP materials application in various branches of technology is under examination for at ...
Fibre-reinforced polymer (FRP) materials are widely accepted in the strengthening of civil engineeri...
In recent years, carbon-fibre-reinforced-polymer (CFRP) laminates have been used in the repair and/o...
Investigations have been conducted by several research groups to study the effect of using carbon fi...
Usage of new smart materials in retrofitting of structures has become popular within last decade. Ca...
The bonding interface between the CFRP and the steel plate is the weak link of CFRP-strengthened ste...
CFRP material has been widely used to strengthen concrete structures. There is an increasing trend o...
This study investigates the bond behavior of corroded reinforcing steel confined with carbon fiber r...
Abstract: Recent research has focused on rehabilhation and strengthening of steel structures and bri...
The use of FRP composites in civil engineering applications has gained considerable popularity over ...
Abstract : The use of CFRP is increasingly common as a solution for the strengthening of structures,...
Over the past two decades, fiber-reinforced polymer (FRP) composites have gradually gained wide acce...
This literature review has examined the use of FRP composite materials as a potential retrofitting t...
The use of externally bonded Carbon Fiber Reinforced Polymer (CFRP) reinforcement has proven to be a...
In recent years, the use of adhesively-bonded fibre-reinforced composite materials has attracted wid...
AbstractThe FRP materials application in various branches of technology is under examination for at ...
Fibre-reinforced polymer (FRP) materials are widely accepted in the strengthening of civil engineeri...
In recent years, carbon-fibre-reinforced-polymer (CFRP) laminates have been used in the repair and/o...
Investigations have been conducted by several research groups to study the effect of using carbon fi...
Usage of new smart materials in retrofitting of structures has become popular within last decade. Ca...
The bonding interface between the CFRP and the steel plate is the weak link of CFRP-strengthened ste...
CFRP material has been widely used to strengthen concrete structures. There is an increasing trend o...
This study investigates the bond behavior of corroded reinforcing steel confined with carbon fiber r...