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A platform for research: civil engineering, architecture and urbanism
Foundation reinforcement process for civil engineering
The invention discloses a foundation reinforcement process for civil engineering. The foundation reinforcement process comprises the steps that 1, physical properties of a foundation on a construction site are detected through a soil detector, and soil components on the construction site are judged; 2, performing construction decision analysis on a construction site foundation according to a detection result of the soil detector; thirdly, different foundation reinforcing modes are selected according to the soil property of the construction foundation to reinforce the foundation; foundation foundations under the same condition are reinforced through a foundation grouting reinforcement method, a foundation bottom area increasing method, an anchor rod static pressure pile method and a root pile method, after the foundations are reinforced and formed, pressure detection equipment is adopted for conducting pressure detection on the foundations, and the foundation foundations after different reinforcement modes are detected through the pressure detection equipment; therefore, the direct effects of foundation grouting reinforcement, foundation bottom area increase, anchor rod static pressure pile and root pile methods on the foundation can be visually displayed in the form of data.
本发明公开了一种用于土木工程的基础加固工艺步骤一：使用土壤检测仪对施工现场基础物理性质进行检测，判断施工现场土壤组成成分；步骤二：根据土壤检测仪的检测结果对施工现场基础进行施工决策分析；步骤三：依据施工基础土壤性质选择不同基础加固方式对基础地基进行加固；本发明通过使用基础注浆补强、增大基础底面积、锚杆静压桩、树根桩法对相同情况的地基基础进行加固，在基础加固成型后，采用压力检测设备对上述基础分别进行压力检测，通过压力检测设备检测不同加固方式后的地基基础，从而能够以数据的形式直观的显示基础注浆补强、增大基础底面积、锚杆静压桩、树根桩法对基础的直接作用。
Foundation reinforcement process for civil engineering
The invention discloses a foundation reinforcement process for civil engineering. The foundation reinforcement process comprises the steps that 1, physical properties of a foundation on a construction site are detected through a soil detector, and soil components on the construction site are judged; 2, performing construction decision analysis on a construction site foundation according to a detection result of the soil detector; thirdly, different foundation reinforcing modes are selected according to the soil property of the construction foundation to reinforce the foundation; foundation foundations under the same condition are reinforced through a foundation grouting reinforcement method, a foundation bottom area increasing method, an anchor rod static pressure pile method and a root pile method, after the foundations are reinforced and formed, pressure detection equipment is adopted for conducting pressure detection on the foundations, and the foundation foundations after different reinforcement modes are detected through the pressure detection equipment; therefore, the direct effects of foundation grouting reinforcement, foundation bottom area increase, anchor rod static pressure pile and root pile methods on the foundation can be visually displayed in the form of data.
本发明公开了一种用于土木工程的基础加固工艺步骤一：使用土壤检测仪对施工现场基础物理性质进行检测，判断施工现场土壤组成成分；步骤二：根据土壤检测仪的检测结果对施工现场基础进行施工决策分析；步骤三：依据施工基础土壤性质选择不同基础加固方式对基础地基进行加固；本发明通过使用基础注浆补强、增大基础底面积、锚杆静压桩、树根桩法对相同情况的地基基础进行加固，在基础加固成型后，采用压力检测设备对上述基础分别进行压力检测，通过压力检测设备检测不同加固方式后的地基基础，从而能够以数据的形式直观的显示基础注浆补强、增大基础底面积、锚杆静压桩、树根桩法对基础的直接作用。
Foundation reinforcement process for civil engineering
一种用于土木工程的基础加固工艺
DENG HENGHUA (author) / DENG ZEHUA (author)
2023-01-31
Patent
Electronic Resource
Chinese
IPC:
E02D
FOUNDATIONS
,
Gründungen
Civil Engineering Research Foundation
British Library Online Contents | 1998
The Effective Application and Research of Foundation Reinforcement in Civil Engineering Construction
| DOAJ | 2017