Add to ORKGSeismic assessment of RC structures requires realistic and simple analytical models. In this paper is presented the model proposed and implemented in the program PORANL, to represent the RC buildings behaviour under severe earthquake loading. The response of RC elements to earthquake loads can be controlled by bending or shear behaviour, depending on the geometrical characteristics of the elements and on the reinforcement detailing. To represent the non-linear shear behaviour of RC elements, it was developed and implemented in the PORANL software a simplified model. In this paper is presented the proposed shear model and the results of its calibration based on tests on a full-scale building frame structure
There is a growing need for numerical models simulating the non-linear behavior of Reinforced Concre...
Prediction of nonlinear shear hinge parameters in RC members is difficult because it involves a numb...
Reinforced concrete shear walls are prevalent lateral load resisting systems for buildings, and more...
Seismic analysis of RC structures requires realistic but simple analytical models. In this paper are...
The response of reinforced concrete elements to earthquake loads can be controlled by bending or she...
Reinforced concrete frames designed according to early seismic provisions or, sometimes, without any...
Reinforced concrete (R/C) frame buildings designed according to older seismic codes represent a larg...
The paper presents results from numerical analyses of reinforced concrete (RC) elements subjected to...
The poor performance of some reinforced concrete (RC) structures during strong earthquakes has alert...
A large number of reinforced concrete (RC) buildings not designed to resist seismic loading are loca...
The poor performance of many framed RC structures in recent strong earthquakes has alerted about th...
In earthquake design philosophy non-linear inelastic damage is concentrated at predetermined locatio...
Earthquake-resistant reinforced concrete (RC) high-rise wall buildings are designed and detailed to ...
When it comes to resist lateral loads, shear wall is a preferred structure form. There are two main ...
The introduction of new regulations for seismic assessment of structures established stricter perfor...
There is a growing need for numerical models simulating the non-linear behavior of Reinforced Concre...
Prediction of nonlinear shear hinge parameters in RC members is difficult because it involves a numb...
Reinforced concrete shear walls are prevalent lateral load resisting systems for buildings, and more...
Seismic analysis of RC structures requires realistic but simple analytical models. In this paper are...
The response of reinforced concrete elements to earthquake loads can be controlled by bending or she...
Reinforced concrete frames designed according to early seismic provisions or, sometimes, without any...
Reinforced concrete (R/C) frame buildings designed according to older seismic codes represent a larg...
The paper presents results from numerical analyses of reinforced concrete (RC) elements subjected to...
The poor performance of some reinforced concrete (RC) structures during strong earthquakes has alert...
A large number of reinforced concrete (RC) buildings not designed to resist seismic loading are loca...
The poor performance of many framed RC structures in recent strong earthquakes has alerted about th...
In earthquake design philosophy non-linear inelastic damage is concentrated at predetermined locatio...
Earthquake-resistant reinforced concrete (RC) high-rise wall buildings are designed and detailed to ...
When it comes to resist lateral loads, shear wall is a preferred structure form. There are two main ...
The introduction of new regulations for seismic assessment of structures established stricter perfor...
There is a growing need for numerical models simulating the non-linear behavior of Reinforced Concre...
Prediction of nonlinear shear hinge parameters in RC members is difficult because it involves a numb...
Reinforced concrete shear walls are prevalent lateral load resisting systems for buildings, and more...