Behaviors of RC columns and mechanisms of failure subjected to shear forces are influenced by experimental factors such as cross section of members, shear reinforcing steel, compressive strength of concrete and others. The purpose of this paper is to propose the shear capacity of RC columns without shear reinforcing steels. As the results of two-face shear experiment, the followings were obtained. The shear capacities of RC columns are obtained mainly by amount and diameter of axial reinforcement, distance of shear reinforcing steels
Reinforced concrete columns which are designed on non-seismic details have been known to be vulnerab...
The major problem in developing design rules for the enhancement of the shear capacity of reinforced...
The objective of this thesis was to develop a better understanding of reinforced concrete columns w...
The most bridge seismic design specifications contain capacity protection provisions explicitly or i...
An analytical model was developed to estimate the shear-strength degradation and the deformation cap...
The shear failure of the RC columns with the high strength shearing reinforcement has been clarified...
The ACI 318-19 provisions for computing the one-way shear capacity of non-prestressed reinforced con...
Objectives of this study were to examine axial load carrying capacities of R/C columns after shear f...
In this study, effective shear stress of reinforced concrete(RC) column is presented for preliminary...
In recent years, some reinforced concrete (RC) columns in high-rise buildings, bridges and elevated ...
In order to avoid pancake type collapse of existing old R/C buildings during severe earthquakes, it ...
A shear dominated full-scale rectangular reinforced concrete column was tested under cyclic lateral ...
The primary objective of this study was to identify concrete contribution to the initial shear stren...
The paper describes 8 tests carried out on reinforced concrete (RC) shear wall structures framed wit...
In order to predict the shear strength of corroded reinforced concrete column (CRCC) accurately and ...
Reinforced concrete columns which are designed on non-seismic details have been known to be vulnerab...
The major problem in developing design rules for the enhancement of the shear capacity of reinforced...
The objective of this thesis was to develop a better understanding of reinforced concrete columns w...
The most bridge seismic design specifications contain capacity protection provisions explicitly or i...
An analytical model was developed to estimate the shear-strength degradation and the deformation cap...
The shear failure of the RC columns with the high strength shearing reinforcement has been clarified...
The ACI 318-19 provisions for computing the one-way shear capacity of non-prestressed reinforced con...
Objectives of this study were to examine axial load carrying capacities of R/C columns after shear f...
In this study, effective shear stress of reinforced concrete(RC) column is presented for preliminary...
In recent years, some reinforced concrete (RC) columns in high-rise buildings, bridges and elevated ...
In order to avoid pancake type collapse of existing old R/C buildings during severe earthquakes, it ...
A shear dominated full-scale rectangular reinforced concrete column was tested under cyclic lateral ...
The primary objective of this study was to identify concrete contribution to the initial shear stren...
The paper describes 8 tests carried out on reinforced concrete (RC) shear wall structures framed wit...
In order to predict the shear strength of corroded reinforced concrete column (CRCC) accurately and ...
Reinforced concrete columns which are designed on non-seismic details have been known to be vulnerab...
The major problem in developing design rules for the enhancement of the shear capacity of reinforced...
The objective of this thesis was to develop a better understanding of reinforced concrete columns w...