Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Connecting plate structure between building and soil retaining structure and construction method of connecting plate structure
The invention discloses a connecting plate structure between a building and a soil retaining structure and a construction method of the connecting plate structure, and relates to the technical field of building construction. When a connecting plate is used, vertical loads borne by the connecting plate are transmitted to buildings and soil retaining structures on the two sides through plate lugs, the plate lugs bear very large node vertical loads, namely, the roots of the plate lugs bear very large shearing force, and the bottoms of the plate lugs bear very large bending moment; and the plate lug is made of a steel groove, the steel groove is filled with concrete, and the advantages of high tensile property of a steel structure and compressive property of the concrete are fully utilized, that is, very large bending moment at the bottom of the plate lug is resisted by the steel groove, very large pressure at the middle upper part of the plate lug is resisted by the concrete, very large shearing force at the root of the plate lug is resisted by the steel groove and the concrete, the material arrangement accords with respective mechanical properties, the utilization rate is high, the contact area between the connecting plate and the structures on the two sides through the plate lugs is smaller, and the frictional resistance influence of the connecting plate on the structures on the two sides is further reduced.
本发明公开了一种建筑与挡土结构间连接板结构及其施工方法，本发明涉及建筑施工技术领域。连接板使用期间所受的竖向荷载均通过板耳传递至两侧建筑与挡土结构中，板耳受到非常大的节点竖向荷载，亦即板耳根部受到非常大的剪力以及板耳底部受到非常大弯矩。板耳采用钢槽制作，钢槽内再填充混凝土，充分利用了钢结构受拉性能强和混凝土受压性能的优点，亦即板耳底部非常大弯矩由钢槽抗拉，板耳中上部非常大的压力由混凝土抗压，板耳根部非常大的剪力由钢槽和混凝土共同抗剪，材料设置符合各自力学特性，利用率高，也使得连接板通过板耳与两侧结构的接触面积更小，进一步减小了连接板对两侧结构的摩擦阻力影响。
Connecting plate structure between building and soil retaining structure and construction method of connecting plate structure
The invention discloses a connecting plate structure between a building and a soil retaining structure and a construction method of the connecting plate structure, and relates to the technical field of building construction. When a connecting plate is used, vertical loads borne by the connecting plate are transmitted to buildings and soil retaining structures on the two sides through plate lugs, the plate lugs bear very large node vertical loads, namely, the roots of the plate lugs bear very large shearing force, and the bottoms of the plate lugs bear very large bending moment; and the plate lug is made of a steel groove, the steel groove is filled with concrete, and the advantages of high tensile property of a steel structure and compressive property of the concrete are fully utilized, that is, very large bending moment at the bottom of the plate lug is resisted by the steel groove, very large pressure at the middle upper part of the plate lug is resisted by the concrete, very large shearing force at the root of the plate lug is resisted by the steel groove and the concrete, the material arrangement accords with respective mechanical properties, the utilization rate is high, the contact area between the connecting plate and the structures on the two sides through the plate lugs is smaller, and the frictional resistance influence of the connecting plate on the structures on the two sides is further reduced.
本发明公开了一种建筑与挡土结构间连接板结构及其施工方法，本发明涉及建筑施工技术领域。连接板使用期间所受的竖向荷载均通过板耳传递至两侧建筑与挡土结构中，板耳受到非常大的节点竖向荷载，亦即板耳根部受到非常大的剪力以及板耳底部受到非常大弯矩。板耳采用钢槽制作，钢槽内再填充混凝土，充分利用了钢结构受拉性能强和混凝土受压性能的优点，亦即板耳底部非常大弯矩由钢槽抗拉，板耳中上部非常大的压力由混凝土抗压，板耳根部非常大的剪力由钢槽和混凝土共同抗剪，材料设置符合各自力学特性，利用率高，也使得连接板通过板耳与两侧结构的接触面积更小，进一步减小了连接板对两侧结构的摩擦阻力影响。
Connecting plate structure between building and soil retaining structure and construction method of connecting plate structure
一种建筑与挡土结构间连接板结构及其施工方法
JIN XUEFENG (Autor:in) / LI SHAOYUN (Autor:in)
31.12.2021
Patent
Elektronische Ressource
Chinesisch
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