The shear failure of the RC columns with the high strength shearing reinforcement has been clarified by the current research. The flexural failure properties of the RC columns which had been built with the high strength shear reinforcement of 1275N/mm^2 and the concrete of 39N/mm^2 were examined. When the amount of the shearing reinforcement increases, it has been understood that ultimate strength and the deformation capability increase both. It has been understood that concrete is confined with the high strength shear reinforcement as a factor to give such a result in this research
Durability requirements in the design of a new structure have never been a primary concern before to...
This study presents a strengthening method for reinforced concrete (RC) columns. The proposed method...
The use of high-strength concrete (HSC) instead of normal-strength concrete (NSC) in columns has the...
The shear failure of RC columns with the high-strength shear reinforcement has been clarified by the...
In this study, we experimented on 20 RC columns with LSC of 5, 10, 15 N/mm^2 grade. The test variabl...
In Japan, to realize construction of super high-rise and lightweight reinforced concrete buildings, ...
In this study,to investigate shear behavior and strength of reinforced concrete columns using high s...
In this paper, it examines the shear failure properties about of RC members with high strength concr...
Recently, there is a situation that the high strength shear reinforcement might be used to shear rei...
Behaviors of RC columns and mechanisms of failure subjected to shear forces are influenced by experi...
An analytical model was developed to estimate the shear-strength degradation and the deformation cap...
A lot of standards and indicators concerning the design and the calculation of the reinforced concre...
Past research has introduced some methods to improve shear reinforcement of reinforced concrete (RC)...
Flexural strength and ductility performance of high-strength reinforced concrete (HSRC) columns cont...
To investigate shear behavior and strength of reinforced concrete columns under biaxial bending-shea...
Durability requirements in the design of a new structure have never been a primary concern before to...
This study presents a strengthening method for reinforced concrete (RC) columns. The proposed method...
The use of high-strength concrete (HSC) instead of normal-strength concrete (NSC) in columns has the...
The shear failure of RC columns with the high-strength shear reinforcement has been clarified by the...
In this study, we experimented on 20 RC columns with LSC of 5, 10, 15 N/mm^2 grade. The test variabl...
In Japan, to realize construction of super high-rise and lightweight reinforced concrete buildings, ...
In this study,to investigate shear behavior and strength of reinforced concrete columns using high s...
In this paper, it examines the shear failure properties about of RC members with high strength concr...
Recently, there is a situation that the high strength shear reinforcement might be used to shear rei...
Behaviors of RC columns and mechanisms of failure subjected to shear forces are influenced by experi...
An analytical model was developed to estimate the shear-strength degradation and the deformation cap...
A lot of standards and indicators concerning the design and the calculation of the reinforced concre...
Past research has introduced some methods to improve shear reinforcement of reinforced concrete (RC)...
Flexural strength and ductility performance of high-strength reinforced concrete (HSRC) columns cont...
To investigate shear behavior and strength of reinforced concrete columns under biaxial bending-shea...
Durability requirements in the design of a new structure have never been a primary concern before to...
This study presents a strengthening method for reinforced concrete (RC) columns. The proposed method...
The use of high-strength concrete (HSC) instead of normal-strength concrete (NSC) in columns has the...