Add to ORKGThe authors have developed a tensile force strengthening method using bonded carbon fiber reinforced plastic (CFRP) plate to enhance the life of existing buildings. A rehabilitation technique for compressive force strengthening as well as tensile force strengthening is required to enhance the strength and deformation of steel structure members. This paper reports the results of compression and cyclic loading analysis conducted on an hollow section steel member before and after rehabilitation using CFRP plates. These results show enhanced axial force carrying capacity and plastic deformation capacity of the member by bonding CFRP plate and the proposed rehabilitation is effective for compression member of steel structure
In this research the hollow steel columns that strengthened with CFRP under axial compression has be...
Excellent mechanical and physical properties make carbon fiber reinforced polymer (CFRP) the best op...
Abstract : The use of CFRP is increasingly common as a solution for the strengthening of structures,...
The authors have developed a tensile force strengthening method using bonded carbon fiber reinforced...
To enhance the usage life of existing building a tensile force strengthening method with bonding car...
The authors have developed a tensile force strengthening method using bonded carbon fiber reinforced...
This research was a step forward in developing bond strength of CFRP strengthened steel hollow secti...
This paper focuses on the use of externally bonded Carbon Fiber Reinforced Polymer (CFRP) materials ...
The need for strengthening and retrofitting is well known and extensive research is progressing in t...
Strengthening and rehabilitation of square hollow sections (SHS) are a major concern nowadays as SHS...
There is a large need for strengthening of concrete structures all around the world. There can be ma...
The flexural behavior of rectangular hollow section (RHS) steel beams with initial crack strengthene...
The feasibility study on carbon fibre reinforced polymer (CFRP) fabrics in axial strengthening of ho...
Tubular hollow members, though used in many civil and mechanical applications, are highly vulnerable...
During the past several years, civil infrastructure has made extensive use of tubular hollow steel m...
In this research the hollow steel columns that strengthened with CFRP under axial compression has be...
Excellent mechanical and physical properties make carbon fiber reinforced polymer (CFRP) the best op...
Abstract : The use of CFRP is increasingly common as a solution for the strengthening of structures,...
The authors have developed a tensile force strengthening method using bonded carbon fiber reinforced...
To enhance the usage life of existing building a tensile force strengthening method with bonding car...
The authors have developed a tensile force strengthening method using bonded carbon fiber reinforced...
This research was a step forward in developing bond strength of CFRP strengthened steel hollow secti...
This paper focuses on the use of externally bonded Carbon Fiber Reinforced Polymer (CFRP) materials ...
The need for strengthening and retrofitting is well known and extensive research is progressing in t...
Strengthening and rehabilitation of square hollow sections (SHS) are a major concern nowadays as SHS...
There is a large need for strengthening of concrete structures all around the world. There can be ma...
The flexural behavior of rectangular hollow section (RHS) steel beams with initial crack strengthene...
The feasibility study on carbon fibre reinforced polymer (CFRP) fabrics in axial strengthening of ho...
Tubular hollow members, though used in many civil and mechanical applications, are highly vulnerable...
During the past several years, civil infrastructure has made extensive use of tubular hollow steel m...
In this research the hollow steel columns that strengthened with CFRP under axial compression has be...
Excellent mechanical and physical properties make carbon fiber reinforced polymer (CFRP) the best op...
Abstract : The use of CFRP is increasingly common as a solution for the strengthening of structures,...