A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Damage Evaluation and Limit States of Rocking Concrete Walls with Energy Dissipaters
In recent earthquakes in Japan, it was difficult for some reinforced concrete buildings to maintain their functionality after earthquakes due to damage to nonstructural RC walls. Currently, society expects quick recovery, if not uninterrupted functionality, of buildings after earthquakes. In this paper, four hybrid rocking wall specimens, along with rocking wall and RC wall were tested to quantify the damage level and limit states based on the 2015 AIJ guidelines. The behaviour of hybrid rocking walls was modelled with amulti-spring model. As aresult, limit states of analyzed walls were successfully classified in agood agreement with experimental results.
Damage Evaluation and Limit States of Rocking Concrete Walls with Energy Dissipaters
In recent earthquakes in Japan, it was difficult for some reinforced concrete buildings to maintain their functionality after earthquakes due to damage to nonstructural RC walls. Currently, society expects quick recovery, if not uninterrupted functionality, of buildings after earthquakes. In this paper, four hybrid rocking wall specimens, along with rocking wall and RC wall were tested to quantify the damage level and limit states based on the 2015 AIJ guidelines. The behaviour of hybrid rocking walls was modelled with amulti-spring model. As aresult, limit states of analyzed walls were successfully classified in agood agreement with experimental results.
Damage Evaluation and Limit States of Rocking Concrete Walls with Energy Dissipaters
Obara, Taku (author) / Kono, Susumu (author) / Mukai, David (author)
Journal of Earthquake Engineering ; 26 ; 4496-4522
2022-07-04
27 pages
Article (Journal)
Electronic Resource
Unknown
Rocking Response of AFRP Reinforced Concrete Columns with Unbonded Energy Dissipaters
| Springer Verlag | 2022
| British Library Conference Proceedings | 2010