In-plane behavior of Chuan-Dou style wooden frames with infill under cyclic loading

Guo, Ting; Yang, Na; Zhou, Haibin; Wang, Shuangyong

doi:10.1016/j.istruc.2022.05.058

Cited by 11 publications

(1 citation statement)

References 29 publications

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“…The non-destructive reinforcement of flat steel had a significant effect on controlling the amount of tenon pulled out (Li et al 2021). Guo (2022) actively explored the mechanical properties improvement technology of the Chuan-Dou style wooden structure. A reinforcement scheme with self-tapping screws for the exterior straight mortise-tenon joint was proposed.…”

Section: Introductionmentioning

confidence: 99%

Seismic performance of light wood shear wall infilled timber frame structures with openings

Yang,

Chen

2024

BioRes

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To study the seismic performance of wood frame structures filled with light wood shear walls, three full-size single-layer single span wooden frame structures with infill walls were designed and manufactured. The beams and columns were connected by mortise-tenon joints, and quasi-static tests were conducted on the specimens under reversed cyclic load. The failure modes and load-displacement hysteresis performance of structures with door opening infill wall, window opening infill wall, and solid infill wall were investigated. The seismic performance was analyzed using indicators such as strength, ductility, and equivalent viscous damping ratio. The failure modes of light wood frame filling walls were the tearing of sheathing panel and the failure of nail connections. The filled wall with the opening initially exhibited inclined cracks at the corner of the opening, and then they extended to the periphery. Compared with the solid filled wall, the positive and negative bearing capacity of the structure with door opening decreased, and that of the structure with window opening decreased also. Because the specimens with opening in the filled wall were more conducive to the deformation of the structure when the bearing capacity was not significantly reduced, the ductility of the specimen with door opening was the highest.

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Section: Introductionmentioning

confidence: 99%