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A platform for research: civil engineering, architecture and urbanism
Concrete filled steel tube combined reducing latticed column
The invention discloses a concrete filled steel tube combined reducing latticed column which comprises a lower steel tube column, an upper steel tube column, a concrete filling layer and an upper and lower column reducing position, the upper steel tube column is arranged above the lower steel tube column, the pipe diameter of the lower steel tube column is larger than that of the upper steel tube column, and a trapezoidal slope is arranged at the bottom end of the upper steel tube column; the upper and lower column reducing position is arranged at the joint of the upper steel pipe column and the lower steel pipe column, and the concrete filling layer is arranged in the lower steel pipe column. The vertical supporting column of the tall and large single-storey plant has the rigidity of concrete and also has the advantages of short construction period, resource conservation and green construction of a steel structure, the construction cost of civil engineering can be reduced to the maximum extent in actual engineering, and a larger effective building area can be provided.
本发明公开了钢管混凝土组合缩径格构柱，包括下钢管柱、上钢管柱、混凝土填充层和上下柱变径处，上钢管柱设置在下钢管柱的上方，下钢管柱的管径大于上钢管柱的管径，上钢管柱的底端设置有梯形斜面，上下柱变径处设置在上钢管柱与下钢管柱的连接处，混凝土填充层设置在下钢管柱的内部。本发明不仅使得高大单层厂房竖向支承柱既具备混凝土的刚度，又兼顾钢结构施工周期短、资源节约及绿色施工的优点，能在实际工程中最大限度的降低土建工程造价，而且能提供更大的有效建筑面积。
Concrete filled steel tube combined reducing latticed column
The invention discloses a concrete filled steel tube combined reducing latticed column which comprises a lower steel tube column, an upper steel tube column, a concrete filling layer and an upper and lower column reducing position, the upper steel tube column is arranged above the lower steel tube column, the pipe diameter of the lower steel tube column is larger than that of the upper steel tube column, and a trapezoidal slope is arranged at the bottom end of the upper steel tube column; the upper and lower column reducing position is arranged at the joint of the upper steel pipe column and the lower steel pipe column, and the concrete filling layer is arranged in the lower steel pipe column. The vertical supporting column of the tall and large single-storey plant has the rigidity of concrete and also has the advantages of short construction period, resource conservation and green construction of a steel structure, the construction cost of civil engineering can be reduced to the maximum extent in actual engineering, and a larger effective building area can be provided.
本发明公开了钢管混凝土组合缩径格构柱，包括下钢管柱、上钢管柱、混凝土填充层和上下柱变径处，上钢管柱设置在下钢管柱的上方，下钢管柱的管径大于上钢管柱的管径，上钢管柱的底端设置有梯形斜面，上下柱变径处设置在上钢管柱与下钢管柱的连接处，混凝土填充层设置在下钢管柱的内部。本发明不仅使得高大单层厂房竖向支承柱既具备混凝土的刚度，又兼顾钢结构施工周期短、资源节约及绿色施工的优点，能在实际工程中最大限度的降低土建工程造价，而且能提供更大的有效建筑面积。
Concrete filled steel tube combined reducing latticed column
钢管混凝土组合缩径格构柱
YANG FENG (author) / TIAN DONG (author) / XIA WEN (author) / HE JUN (author) / FANG KEFENG (author) / CHEN XIAOFENG (author) / WANG JUNJUN (author) / ZHANG KUNYING (author) / CAO HANEN (author) / ZHANG MAO (author)
2023-04-14
Patent
Electronic Resource
Chinese
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