Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Indoor intelligent pile type embankment grouting simulation device and simulation method
The invention discloses an indoor intelligent pile type embankment grouting simulation device which is characterized in that an intelligent control system is in signal connection with a slurry preparation system and a grouting system, so that efficient connection and intelligent management of equipment in the slurry preparation system and the grouting system can be realized; a cement bin of the slurry preparation system is filled with a powdery cementing material; the powdery cementing material and water are stirred and then pumped into a grouting system; the pile body of the grouting system, the soft soil foundation, the embankment filling soil and the monitoring element are all located in the model groove; a plurality of pile bodies are uniformly distributed in the model groove, embankment filling soil is distributed at the tops of the pile bodies, soft soil foundations are filled between the adjacent pile bodies, the bottoms of the grouting pipelines are located in the soft soil foundations, the monitoring elements are distributed in the embankment filling soil, the grouting system is used for grouting after a soil arching effect is formed in the model groove, the powdery cementing material is determined again, and a next group of tests is carried out. The device integrates an intelligent control system, a slurrying system and a grouting system, and can accurately simulate the influence rule of different grouting processes on the soil arch effect of the pile-supported embankment.
本发明公开了一种室内智能化桩承式路堤注浆模拟装置，智能控制系统与料浆制备系统和注浆系统信号连接，能实现对料浆制备系统和注浆系统中各设备的高效连接和智能管理；料浆制备系统的水泥仓中装有粉状胶凝材料；粉状胶凝材料与水搅拌后泵入注浆系统；注浆系统的桩体、软土地基、路堤填土和监测原件均位于模型槽内；模型槽内均匀布设有若干个桩体，桩体顶部布设有路堤填土，相邻桩体间填有软土地基，注浆管道底部位于软土地基中，监测原件布设在路堤填土中，模型槽内形成土拱效应后注浆系统注浆，重新确定粉状胶凝材料，进行下一组试验。本装置集成了智能控制系统、制浆系统和注浆系统，能够精确模拟不同注浆工艺对桩承式路堤土拱效应的影响规律。
Indoor intelligent pile type embankment grouting simulation device and simulation method
The invention discloses an indoor intelligent pile type embankment grouting simulation device which is characterized in that an intelligent control system is in signal connection with a slurry preparation system and a grouting system, so that efficient connection and intelligent management of equipment in the slurry preparation system and the grouting system can be realized; a cement bin of the slurry preparation system is filled with a powdery cementing material; the powdery cementing material and water are stirred and then pumped into a grouting system; the pile body of the grouting system, the soft soil foundation, the embankment filling soil and the monitoring element are all located in the model groove; a plurality of pile bodies are uniformly distributed in the model groove, embankment filling soil is distributed at the tops of the pile bodies, soft soil foundations are filled between the adjacent pile bodies, the bottoms of the grouting pipelines are located in the soft soil foundations, the monitoring elements are distributed in the embankment filling soil, the grouting system is used for grouting after a soil arching effect is formed in the model groove, the powdery cementing material is determined again, and a next group of tests is carried out. The device integrates an intelligent control system, a slurrying system and a grouting system, and can accurately simulate the influence rule of different grouting processes on the soil arch effect of the pile-supported embankment.
本发明公开了一种室内智能化桩承式路堤注浆模拟装置，智能控制系统与料浆制备系统和注浆系统信号连接，能实现对料浆制备系统和注浆系统中各设备的高效连接和智能管理；料浆制备系统的水泥仓中装有粉状胶凝材料；粉状胶凝材料与水搅拌后泵入注浆系统；注浆系统的桩体、软土地基、路堤填土和监测原件均位于模型槽内；模型槽内均匀布设有若干个桩体，桩体顶部布设有路堤填土，相邻桩体间填有软土地基，注浆管道底部位于软土地基中，监测原件布设在路堤填土中，模型槽内形成土拱效应后注浆系统注浆，重新确定粉状胶凝材料，进行下一组试验。本装置集成了智能控制系统、制浆系统和注浆系统，能够精确模拟不同注浆工艺对桩承式路堤土拱效应的影响规律。
Indoor intelligent pile type embankment grouting simulation device and simulation method
一种室内智能化桩承式路堤注浆模拟装置及模拟方法
ZHUANG YAN (Autor:in) / LI JINXIN (Autor:in) / CHEN YEWEI (Autor:in) / FAN HU (Autor:in) / HU SHUNLEI (Autor:in) / WANG YUNLONG (Autor:in)
10.12.2024
Patent
Elektronische Ressource
Chinesisch
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