Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Device for simulating hydraulic servo steel support
A device for simulating a hydraulic servo steel support comprises an inner support simulation system and a foundation pit support structure system, the inner support simulation system comprises two hollow aluminum pipes, the two hollow aluminum pipes are oppositely arranged, and a propelling device used for pushing the hollow aluminum pipes to move horizontally is connected between the two hollow aluminum pipes. The hollow aluminum pipe is connected with the thin aluminum pipe to serve as a stand column structure for simulating a support in the foundation pit; the foundation pit support structure system comprises thin steel plates, the thin steel plates are in lap joint to form a foundation pit outline, and inclination measuring holes are formed in the outer sides of the thin steel plates and used for monitoring deformation of the thin steel plates. The outer ends of the hollow aluminum pipes make contact with the inner wall of the foundation pit. According to the invention, the influence of the hydraulic servo steel support on the deformation of the foundation pit support structure is researched by using a simple device, and the deformation condition of the foundation pit support structure under the condition that different axial forces are applied is collected.
一种模拟液压伺服钢支撑的装置，包括内支撑模拟系统和基坑围护结构系统，所述内支撑模拟系统包括两根空心铝管，所述两根空心铝管相对设置，两根空心铝管之间连接用于推动空心铝管水平移动的推进装置，所述空心铝管连接细铝管作为模拟基坑内支撑的立柱结构；所述基坑围护结构系统包括薄钢板，所述薄钢板搭接出基坑轮廓，在薄钢板的外侧设置测斜孔用以监测薄钢板的变形；所述空心铝管的外端与所述基坑内壁接触。本发明利用简易的装置对液压伺服钢支撑对基坑围护结构变形的影响进行研究，采集施加了不同轴力情况下基坑的围护结构变形情况。
Device for simulating hydraulic servo steel support
A device for simulating a hydraulic servo steel support comprises an inner support simulation system and a foundation pit support structure system, the inner support simulation system comprises two hollow aluminum pipes, the two hollow aluminum pipes are oppositely arranged, and a propelling device used for pushing the hollow aluminum pipes to move horizontally is connected between the two hollow aluminum pipes. The hollow aluminum pipe is connected with the thin aluminum pipe to serve as a stand column structure for simulating a support in the foundation pit; the foundation pit support structure system comprises thin steel plates, the thin steel plates are in lap joint to form a foundation pit outline, and inclination measuring holes are formed in the outer sides of the thin steel plates and used for monitoring deformation of the thin steel plates. The outer ends of the hollow aluminum pipes make contact with the inner wall of the foundation pit. According to the invention, the influence of the hydraulic servo steel support on the deformation of the foundation pit support structure is researched by using a simple device, and the deformation condition of the foundation pit support structure under the condition that different axial forces are applied is collected.
一种模拟液压伺服钢支撑的装置，包括内支撑模拟系统和基坑围护结构系统，所述内支撑模拟系统包括两根空心铝管，所述两根空心铝管相对设置，两根空心铝管之间连接用于推动空心铝管水平移动的推进装置，所述空心铝管连接细铝管作为模拟基坑内支撑的立柱结构；所述基坑围护结构系统包括薄钢板，所述薄钢板搭接出基坑轮廓，在薄钢板的外侧设置测斜孔用以监测薄钢板的变形；所述空心铝管的外端与所述基坑内壁接触。本发明利用简易的装置对液压伺服钢支撑对基坑围护结构变形的影响进行研究，采集施加了不同轴力情况下基坑的围护结构变形情况。
Device for simulating hydraulic servo steel support
一种模拟液压伺服钢支撑的装置
CAO SHENGHUI (Autor:in) / YANG DONGLEI (Autor:in) / ZHU ZHONGNING (Autor:in) / ZHANG FENGCHAO (Autor:in) / LIU JINGUO (Autor:in) / SONG JI (Autor:in) / YAO BO (Autor:in) / YAO WEIKANG (Autor:in) / WEI HONGLIANG (Autor:in) / MA ZHEFENG (Autor:in)
12.07.2022
Patent
Elektronische Ressource
Chinesisch
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