This research investigates the plastic hinge length in lightly reinforced rectangular walls typically found in regions of low-to-moderate seismicity. Poor performance has been exhibited by lightly reinforced concrete walls in past earthquake events. A series of finite element analyses have been carried out which demonstrate that if the longitudinal reinforcement ratio in the wall is below a certain threshold value, there will not be sufficient reinforcement to cause secondary cracking, and instead fracture of the longitudinal reinforcement at a single crack could occur. A plastic hinge length equation has been derived based on the results from the numerical simulations
In a strong earthquake, an RC column develops plastic deformations in regions often defined as plast...
Research in New Zealand over the last two and a half decades has shown that elongation in plastic hi...
The design of reinforced concrete buildings must satisfy the serviceability stiffness criteria in te...
Poor performance of lightly reinforced and unconfined concrete structural walls have been observed i...
When using a plastic hinge analysis, the displacement capacity of a reinforced concrete wall is high...
The aim of this study is to investigate the plastic hinge length and peak displacement relationship ...
The flexural displacement capacity of a concrete shear wall depends on the length of the plastic hi...
For reinforced concrete (RC) flexural members, the plastic deformation is localized in a small zone ...
AbstractFor reinforced concrete (RC) flexural members, the plastic deformation is localized in a sma...
The plastic hinge region length is the critical parameter to determine the deformation capacity of a...
This dataset is compilation of numerical and experimental reinforced concrete walls and correspondin...
In a strong earthquake, a standard reinforced concrete (RC) column may develop plastic deformations ...
A proper and computationally efficient numerical modeling of the nonlinear cyclic flexural behavior ...
In recent revisions of the Structural Design Codes in New Zealand, a number of changes have been ma...
Due to the high complexity and difficulty involved, the behavior of plastic hinge of reinforced conc...
In a strong earthquake, an RC column develops plastic deformations in regions often defined as plast...
Research in New Zealand over the last two and a half decades has shown that elongation in plastic hi...
The design of reinforced concrete buildings must satisfy the serviceability stiffness criteria in te...
Poor performance of lightly reinforced and unconfined concrete structural walls have been observed i...
When using a plastic hinge analysis, the displacement capacity of a reinforced concrete wall is high...
The aim of this study is to investigate the plastic hinge length and peak displacement relationship ...
The flexural displacement capacity of a concrete shear wall depends on the length of the plastic hi...
For reinforced concrete (RC) flexural members, the plastic deformation is localized in a small zone ...
AbstractFor reinforced concrete (RC) flexural members, the plastic deformation is localized in a sma...
The plastic hinge region length is the critical parameter to determine the deformation capacity of a...
This dataset is compilation of numerical and experimental reinforced concrete walls and correspondin...
In a strong earthquake, a standard reinforced concrete (RC) column may develop plastic deformations ...
A proper and computationally efficient numerical modeling of the nonlinear cyclic flexural behavior ...
In recent revisions of the Structural Design Codes in New Zealand, a number of changes have been ma...
Due to the high complexity and difficulty involved, the behavior of plastic hinge of reinforced conc...
In a strong earthquake, an RC column develops plastic deformations in regions often defined as plast...
Research in New Zealand over the last two and a half decades has shown that elongation in plastic hi...
The design of reinforced concrete buildings must satisfy the serviceability stiffness criteria in te...