The main aim of this study is to investigate the factors governing the post -peak cyclic response of laterally loaded reinforced concrete cantilever columns. A series of experiments are conducted, in which five reinforced concrete columns are subjected to cyclic lateral displacement. Much attention is paid to cover concrete spalling and the large lateral displacement of reinforcement. Specimens are designed so that the buckling of reinforcement and cover concrete spalling can be clearly observed. Finite element analyses are also performed using enhanced nonlinear fiber models, which are verified in member level by comparing with experimental results
An advanced fibre-based modelling technique is developed to characterise the non-linear flexural beh...
Capacity models to assess structural safety are mainly based on experimental outcomes typical of new...
The aim of this study is to investigate the dynamic performance of rectangular and circular reinforc...
The main aim of this study is to investigate the factors governing the post-peak cyclic response of ...
The main aim of this study is to investigate the factors governing the post-peak cyclic response of ...
The main aim of this study is to investigate the factors governing the post-peak cyclic response of ...
This study aims to bring into information some important aspects of the inelastic cyclic response o...
The study on the behavior of reinforced concrete columns subjected to the motion of earthquake sugge...
Columns subjected to pure axial load rarely exist in practice. Reinforced concrete columns are usual...
This paper provides an insight into the response of non-seismic reinforced concrete (RC) building fr...
Reinforced concrete (RC) columns of old existing buildings are vulnerable to earthquakes because the...
The project is carried out with the intention to study the strength and ductility of reinforced conc...
This experimental investigation was conducted to examine the behavior and response of high-strength ...
This study presents a beam-based modeling approach for the analysis of reinforced concrete (RC) fram...
The aim of this study is to investigate the dynamic performance of rectangular and circular reinforc...
An advanced fibre-based modelling technique is developed to characterise the non-linear flexural beh...
Capacity models to assess structural safety are mainly based on experimental outcomes typical of new...
The aim of this study is to investigate the dynamic performance of rectangular and circular reinforc...
The main aim of this study is to investigate the factors governing the post-peak cyclic response of ...
The main aim of this study is to investigate the factors governing the post-peak cyclic response of ...
The main aim of this study is to investigate the factors governing the post-peak cyclic response of ...
This study aims to bring into information some important aspects of the inelastic cyclic response o...
The study on the behavior of reinforced concrete columns subjected to the motion of earthquake sugge...
Columns subjected to pure axial load rarely exist in practice. Reinforced concrete columns are usual...
This paper provides an insight into the response of non-seismic reinforced concrete (RC) building fr...
Reinforced concrete (RC) columns of old existing buildings are vulnerable to earthquakes because the...
The project is carried out with the intention to study the strength and ductility of reinforced conc...
This experimental investigation was conducted to examine the behavior and response of high-strength ...
This study presents a beam-based modeling approach for the analysis of reinforced concrete (RC) fram...
The aim of this study is to investigate the dynamic performance of rectangular and circular reinforc...
An advanced fibre-based modelling technique is developed to characterise the non-linear flexural beh...
Capacity models to assess structural safety are mainly based on experimental outcomes typical of new...
The aim of this study is to investigate the dynamic performance of rectangular and circular reinforc...