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Erschienen in:
2022 | OriginalPaper | Buchkapitel
Experiment on Structural Behavior of Metal Exterior Wall
verfasst von : Miku Kurosawa, Shoichi Kishiki
Erschienen in: Proceedings of the 10th International Conference on Behaviour of Steel Structures in Seismic Areas
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Abstract
In Japan, metal panels made from aluminum or steel are widely used as the exterior finishing for medium and low-rise buildings such as offices and commercial facilities. It is important to control the damage to the metal exterior wall in order to realize the continuous use of buildings after an earthquake.
In this study, a cyclic loading test of metal exterior wall of the scale of one metal panel was conducted. Test parameters are the material and the thickness of the panel. From the experiment, it was found that all specimens can be used without any significant damage up to a story drift angle of 0.01rad. In addition, experimental results indicate that the slip at the bolted joint causes the metal exterior wall to non-linearize, although the slip at screw joint does not greatly affect the overall behavior. Furthermore, it was confirmed that the metal exterior wall finally exhibited the ultimate strength due to the fracture at the edge of the screw joint.