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A platform for research: civil engineering, architecture and urbanism
Large factory building latticed column and construction method thereof
The invention discloses a large factory building latticed column and a construction method thereof. The large factory building latticed column comprises an upper structure and a lower structure. The lower structure comprises C-shaped channel steel (1) and an H-shaped steel column (2) which are arranged in parallel, a group of first stiffening plates (3) which are fixed on a web plate of the C-shaped channel steel and a web plate of the H-shaped steel column and are oppositely arranged, and a group of gusset plates (4) which are horizontally fixed on the C-shaped channel steel and the H-shaped steel column, the upper structure comprises H-shaped steel (10) and a second stiffening plate (11), the second stiffening plate is welded in the middle of the H-shaped steel in a cross shape, and the gusset plates (4) are welded in the middle of the H-shaped steel. The upper structure and the lower structure are welded through a shoulder beam web; the construction method comprises the steps of manufacturing of the C-shaped channel steel units, manufacturing of the H-shaped steel column units and overall assembly of the latticed columns. According to the invention, the manufacturing of the steel latticed column is decomposed into a tailor-welding sequence adopted in a unit welding and construction method, so that enough space is provided for welding the latticed column, the welding deformation is effectively controlled, and meanwhile, the welding quality and the construction efficiency are improved.
本发明公开了一种大型厂房格构柱及其施工方法，所述格构柱包括上部结构与下部结构，所述下部结构包括平行设置的C型槽钢（1）和H型钢柱（2）、固定在C型槽钢腹板和H型钢柱腹板上相对设置的一组第一加劲板（3）、水平固定在C型槽钢及H型钢柱上的一组节点板（4），所述上部结构包括H型钢（10）和第二加劲板（11），第二加劲板呈十字型焊接在H型钢的中间，所述上部结构和下部结构通过肩梁腹板焊接；本发明的施工方法分为：C型槽钢单元的制作、H型钢柱单元的制作、格构柱的总拼；本发明通过将钢格构柱的制作分解为单元焊接、施工方法中采用的拼焊顺序，使格构柱焊接有足够的空间，有效控制了焊接变形，同时提高了焊接质量和施工效率。
Large factory building latticed column and construction method thereof
The invention discloses a large factory building latticed column and a construction method thereof. The large factory building latticed column comprises an upper structure and a lower structure. The lower structure comprises C-shaped channel steel (1) and an H-shaped steel column (2) which are arranged in parallel, a group of first stiffening plates (3) which are fixed on a web plate of the C-shaped channel steel and a web plate of the H-shaped steel column and are oppositely arranged, and a group of gusset plates (4) which are horizontally fixed on the C-shaped channel steel and the H-shaped steel column, the upper structure comprises H-shaped steel (10) and a second stiffening plate (11), the second stiffening plate is welded in the middle of the H-shaped steel in a cross shape, and the gusset plates (4) are welded in the middle of the H-shaped steel. The upper structure and the lower structure are welded through a shoulder beam web; the construction method comprises the steps of manufacturing of the C-shaped channel steel units, manufacturing of the H-shaped steel column units and overall assembly of the latticed columns. According to the invention, the manufacturing of the steel latticed column is decomposed into a tailor-welding sequence adopted in a unit welding and construction method, so that enough space is provided for welding the latticed column, the welding deformation is effectively controlled, and meanwhile, the welding quality and the construction efficiency are improved.
本发明公开了一种大型厂房格构柱及其施工方法，所述格构柱包括上部结构与下部结构，所述下部结构包括平行设置的C型槽钢（1）和H型钢柱（2）、固定在C型槽钢腹板和H型钢柱腹板上相对设置的一组第一加劲板（3）、水平固定在C型槽钢及H型钢柱上的一组节点板（4），所述上部结构包括H型钢（10）和第二加劲板（11），第二加劲板呈十字型焊接在H型钢的中间，所述上部结构和下部结构通过肩梁腹板焊接；本发明的施工方法分为：C型槽钢单元的制作、H型钢柱单元的制作、格构柱的总拼；本发明通过将钢格构柱的制作分解为单元焊接、施工方法中采用的拼焊顺序，使格构柱焊接有足够的空间，有效控制了焊接变形，同时提高了焊接质量和施工效率。
Large factory building latticed column and construction method thereof
一种大型厂房格构柱及其施工方法
ZHU WENWEI (author) / GU ZHONGWEN (author) / ZHOU CHENGSUO (author) / LIU CHAO (author) / HUANG TAO (author) / LI YA (author) / JI XIONGGANG (author) / ZHU CHENGLI (author) / WANG YING (author) / FENG YUN'EN (author)
2024-11-26
Patent
Electronic Resource
Chinese
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