The seismic characteristics of four typical mortise-tenon joints of Chinese southern traditional timber frame buildings were researched, including Yanwei mortise-tenon joint （including dropping Yanwei mortise-tenon j...The seismic characteristics of four typical mortise-tenon joints of Chinese southern traditional timber frame buildings were researched, including Yanwei mortise-tenon joint （including dropping Yanwei mortise-tenon joint）, Shizigutou mortise-tenon joint, Ban mortise-tenon joint and Mantou mortise-tenon joint. Experiments on thirteen specimens were carried out. Failure modes, hysteresis curves, skeleton curves and rotational stiffness were studied. The results provided a theoretical basis for seismic research, protection and maintenance of Chinese southern traditional timber flame buildings.展开更多
基金supported by the National Natural Science Foundation of China(Grant No.51008059)China Postdoctoral Science Special Foundation(Grant No.201003543)
文摘The seismic characteristics of four typical mortise-tenon joints of Chinese southern traditional timber frame buildings were researched, including Yanwei mortise-tenon joint （including dropping Yanwei mortise-tenon joint）, Shizigutou mortise-tenon joint, Ban mortise-tenon joint and Mantou mortise-tenon joint. Experiments on thirteen specimens were carried out. Failure modes, hysteresis curves, skeleton curves and rotational stiffness were studied. The results provided a theoretical basis for seismic research, protection and maintenance of Chinese southern traditional timber flame buildings.
文摘以生命周期理论为基础,建立木结构与其他建筑结构材料的碳排放算法模型,量化分析不同建材的碳排放量。结果表明:木结构材料的碳排放明显少于钢结构和混凝土结构材料;四个树种的木结构材料中,东北落叶松的碳排放最小,为68 tCO_2:北美冷杉的碳排放最大,为1 175 t CO_2。合理选择木材树种及产地,将进一步降低木结构建筑的碳排放。
