A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Bamboo laminated wood frame structure beam-column joint
The invention discloses a bamboo laminated wood frame structure beam-column joint. The bamboo laminated wood frame structure beam-column joint comprises double-limb columns arranged in parallel and a horizontal beam clamped between the double-limb columns, the horizontal beam and the double-limb columns are connected and fixed through fasteners, and inclined struts made of a same material are connected between the lower side of the horizontal beam and the double-limb columns through fasteners. The bamboo laminated wood frame structure joint can resist lateral horizontal loads (wind, earthquakes and the like), special shear walls or supporting structures do not need to be arranged, the rigidity of the frame beam column joint is improved, the bending moment resisting capacity of the joint is improved through the structural measures that the joint is provided with the short inclined struts and the like, therefore, a frame structure can bear horizontal load, the building space is open, and use is convenient. The column is the double-limb column, so that bamboo materials can be saved, and processing is convenient; the beams and the inclined struts are clamped between the double-limb columns and are connected through bolts, so that the connection is convenient; the beam ends and the joints of the beams and the inclined struts are reinforced, bamboo cross grains are prevented from being pulled, and the bearing capacity is improved.
本发明公开了一种竹集成材框架结构梁柱节点，包括平行布置的双肢柱和夹持于它们之间的水平梁，水平梁与双肢柱通过紧固件连接固定，水平梁的下侧与双肢柱之间通过紧固件连接有同材质的斜撑。本发明提供了一种能够抵抗侧向水平荷载(风、地震等)的竹集成材框架结构节点，不需要设置专门的剪力墙或支撑构造，而是通过节点设置短斜撑等构造措施，提高框架梁柱节点刚度，提高节点抵抗弯矩的能力，从而使框架结构能够承受水平荷载，建筑空间开敞，使用方便。柱为双肢柱，可节省竹材，方便加工；梁和斜撑夹在双肢柱之间，通过螺栓连接，连接方便；梁端及梁与斜撑连接处加强，防止竹材横纹受拉，提高承载力。
Bamboo laminated wood frame structure beam-column joint
The invention discloses a bamboo laminated wood frame structure beam-column joint. The bamboo laminated wood frame structure beam-column joint comprises double-limb columns arranged in parallel and a horizontal beam clamped between the double-limb columns, the horizontal beam and the double-limb columns are connected and fixed through fasteners, and inclined struts made of a same material are connected between the lower side of the horizontal beam and the double-limb columns through fasteners. The bamboo laminated wood frame structure joint can resist lateral horizontal loads (wind, earthquakes and the like), special shear walls or supporting structures do not need to be arranged, the rigidity of the frame beam column joint is improved, the bending moment resisting capacity of the joint is improved through the structural measures that the joint is provided with the short inclined struts and the like, therefore, a frame structure can bear horizontal load, the building space is open, and use is convenient. The column is the double-limb column, so that bamboo materials can be saved, and processing is convenient; the beams and the inclined struts are clamped between the double-limb columns and are connected through bolts, so that the connection is convenient; the beam ends and the joints of the beams and the inclined struts are reinforced, bamboo cross grains are prevented from being pulled, and the bearing capacity is improved.
本发明公开了一种竹集成材框架结构梁柱节点，包括平行布置的双肢柱和夹持于它们之间的水平梁，水平梁与双肢柱通过紧固件连接固定，水平梁的下侧与双肢柱之间通过紧固件连接有同材质的斜撑。本发明提供了一种能够抵抗侧向水平荷载(风、地震等)的竹集成材框架结构节点，不需要设置专门的剪力墙或支撑构造，而是通过节点设置短斜撑等构造措施，提高框架梁柱节点刚度，提高节点抵抗弯矩的能力，从而使框架结构能够承受水平荷载，建筑空间开敞，使用方便。柱为双肢柱，可节省竹材，方便加工；梁和斜撑夹在双肢柱之间，通过螺栓连接，连接方便；梁端及梁与斜撑连接处加强，防止竹材横纹受拉，提高承载力。
Bamboo laminated wood frame structure beam-column joint
一种竹集成材框架结构梁柱节点
CHEN BOWANG (author) / ZHANG ZHONGFENG (author) / LIU SHUAI (author) / WANG HUAI (author) / CHEN XUAN (author)
2021-12-14
Patent
Electronic Resource
Chinese
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