Add to ORKG[Abstract] Axial deformation of RC columns may make elongation under the strong compressive axial stress during strong motion earthquakes. In this paper, the experimental data are ezamined into the axial deformation with also into the axial stiffness of RC columns in the one bay portal frame specimen. The magnitude of alternately cyclic vertical loads applied on the specimen frames was the values from compressive 26％ up to tensile 8％ of axial column compressive strength
This experimental investigation was conducted to examine the behavior and response of high-strength ...
The pendulum impact tests were carried out on one RC frame column and four RC free-standing columns....
In a performance based approach, the knowledge of ultimate capacity of reinforced concrete (r.c.) co...
publisher[Abstract] Axial deformation of RC columns may make elongation under the strong compressive...
The axial force of columns may undergo a change severely under strong motion earthquakes. This chang...
Columns subjected to pure axial load rarely exist in practice. Reinforced concrete columns are usual...
Although recent efforts have been made to understand the behavior of RC members subjected to cyclic ...
Near source earthquakes can produce strong vertical ground motions with large amplitude and high fre...
It is well known that axial force - bending moment interaction (N-M interaction) affects to a large ...
Reinforced concrete columns which are designed on non-seismic details have been known to be vulnerab...
Experimental tests demonstrated the importance of the axial load variation in the seismic response o...
Through surveys of past studies conducted on the collapse of concrete structures during seismic acti...
Available capacity models for the assessment of seismic capacity of reinforced concrete columns are ...
The project is carried out with the intention to study the strength and ductility of reinforced conc...
The available experimental studies on the inelastic 3D response of axially loaded members under biax...
This experimental investigation was conducted to examine the behavior and response of high-strength ...
The pendulum impact tests were carried out on one RC frame column and four RC free-standing columns....
In a performance based approach, the knowledge of ultimate capacity of reinforced concrete (r.c.) co...
publisher[Abstract] Axial deformation of RC columns may make elongation under the strong compressive...
The axial force of columns may undergo a change severely under strong motion earthquakes. This chang...
Columns subjected to pure axial load rarely exist in practice. Reinforced concrete columns are usual...
Although recent efforts have been made to understand the behavior of RC members subjected to cyclic ...
Near source earthquakes can produce strong vertical ground motions with large amplitude and high fre...
It is well known that axial force - bending moment interaction (N-M interaction) affects to a large ...
Reinforced concrete columns which are designed on non-seismic details have been known to be vulnerab...
Experimental tests demonstrated the importance of the axial load variation in the seismic response o...
Through surveys of past studies conducted on the collapse of concrete structures during seismic acti...
Available capacity models for the assessment of seismic capacity of reinforced concrete columns are ...
The project is carried out with the intention to study the strength and ductility of reinforced conc...
The available experimental studies on the inelastic 3D response of axially loaded members under biax...
This experimental investigation was conducted to examine the behavior and response of high-strength ...
The pendulum impact tests were carried out on one RC frame column and four RC free-standing columns....
In a performance based approach, the knowledge of ultimate capacity of reinforced concrete (r.c.) co...