Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Novel self-stabilizing enclosure system
The invention relates to a novel self-stabilization type enclosure system. The self-stabilization type enclosure system comprises front-row enclosure components, rear-row enclosure components and anchor cables, wherein the front-row enclosure components are cast-in-situ bored piles or SMW construction method piles or precast piles, the rear-row enclosure components are cast-in-situ bored piles or SMW construction method piles or precast piles, the front-row enclosure components are vertical or inclined, the rear-row enclosure components are vertical or inclined, the front-row enclosure components are connected through front crown beams the rear-row enclosure components are connected through rear crown beams, the front crown beams are anchored with the rear crown beams through horizontal anchor cables, and the front-row enclosure components are anchored with the rear crown beams through cable-stayed anchor cables. The novel self-stabilization type enclosure system solves the problems that a traditional enclosure system is large in cantilever deformation, a red line is pulled and anchored, a supporting point of a pre-supporting system is too high, deformation control is not good, and enclosure deformation is effectively controlled, and safety is guaranteed.
本发明涉一种新型自稳式围护体系，所述自稳式围护体系包括前排围护构件，后排围护构件以及锚索；所述前排围护构件为钻孔灌注桩或SMW工法桩或预制桩；所述后排围护构件为钻孔灌注桩或SMW工法桩或预制桩；所述前排围护构件为竖向或斜向；所述后排围护构件为竖向或斜向；所述前排围护构件通过前冠梁相连；所述后排围护构件通过后冠梁相连；所述前冠梁通过水平锚索与后冠梁锚定；所述前排围护构件通过斜拉锚索与后冠梁锚定。本新型自稳式围护体系解决了传统围护体系悬臂变形大、拉锚出红线、预支撑体系支撑点过高对变形控制不利等情况，有效控制围护变形，保证安全。
Novel self-stabilizing enclosure system
The invention relates to a novel self-stabilization type enclosure system. The self-stabilization type enclosure system comprises front-row enclosure components, rear-row enclosure components and anchor cables, wherein the front-row enclosure components are cast-in-situ bored piles or SMW construction method piles or precast piles, the rear-row enclosure components are cast-in-situ bored piles or SMW construction method piles or precast piles, the front-row enclosure components are vertical or inclined, the rear-row enclosure components are vertical or inclined, the front-row enclosure components are connected through front crown beams the rear-row enclosure components are connected through rear crown beams, the front crown beams are anchored with the rear crown beams through horizontal anchor cables, and the front-row enclosure components are anchored with the rear crown beams through cable-stayed anchor cables. The novel self-stabilization type enclosure system solves the problems that a traditional enclosure system is large in cantilever deformation, a red line is pulled and anchored, a supporting point of a pre-supporting system is too high, deformation control is not good, and enclosure deformation is effectively controlled, and safety is guaranteed.
本发明涉一种新型自稳式围护体系，所述自稳式围护体系包括前排围护构件，后排围护构件以及锚索；所述前排围护构件为钻孔灌注桩或SMW工法桩或预制桩；所述后排围护构件为钻孔灌注桩或SMW工法桩或预制桩；所述前排围护构件为竖向或斜向；所述后排围护构件为竖向或斜向；所述前排围护构件通过前冠梁相连；所述后排围护构件通过后冠梁相连；所述前冠梁通过水平锚索与后冠梁锚定；所述前排围护构件通过斜拉锚索与后冠梁锚定。本新型自稳式围护体系解决了传统围护体系悬臂变形大、拉锚出红线、预支撑体系支撑点过高对变形控制不利等情况，有效控制围护变形，保证安全。
Novel self-stabilizing enclosure system
一种新型自稳式围护体系
ZHOU LEI (Autor:in) / ZHOU YUSHI (Autor:in) / XIE XIAODONG (Autor:in) / XIE YIFEI (Autor:in) / XIE SHUDONG (Autor:in) / ZHANG QUN (Autor:in) / PEI QIBIN (Autor:in)
13.07.2021
Patent
Elektronische Ressource
Chinesisch
IPC:
E02D
FOUNDATIONS
,
Gründungen
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