Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Construction technology of high-speed hydraulic rammer compactor for large-area foundation soil reinforcement
The invention provides a construction technology of a high-speed hydraulic rammer compactor for large-area foundation soil reinforcement. The construction technology comprises the steps that A1, the effective foundation soil reinforcement depth and the foundation soil reinforcement effect are provided; A2, performance parameters of hydraulic dynamic compaction equipment and auxiliary equipment are determined; A3, on-site trial tamping is carried out, whether equipment is suitable for the working condition or not is judged, and tamping parameters are determined; A4, the construction hammer collecting standard of the high-speed hydraulic rammer compactor is determined; A5, the site is leveled, and the initial elevation of the site terrain is measured; and A6, the tamping work is completed. According to the construction technology, the effective reinforcement depth reference standard of the high-speed hydraulic compaction process is given for the first time; the hammer collecting standard of the high-speed hydraulic rammer compactor is given for the first time; and for deep soil body reinforcement, a layered reinforcement mode with different over-the-ground unit area tamping energy M is adopted, and by means of the method, the operability and applicability of large-area foundation reinforcement conducted by the high-speed rammer compactor are enhanced.
本发明提供一种高速液压夯实机用于大面积地基土加固的施工工艺，包括步骤A1、提出地基土有效加固深度和地基土加固后效果；步骤A2、确定液压强夯设备和辅助设备性能参数；步骤A3、现场试夯，判断设备是否适合该工况，并确定夯击参数；步骤A4、确定高速液压夯实机施工收锤标准；步骤A5、场地整平，测量场地地形初始标高；步骤A6、完成夯击工作。本发明第一次给出高速液压夯实工艺的有效加固深度参考标准；首次给出了高速液压夯实机的收锤标准；对于深部土体加固，采用不同对地单位面积夯击能M的分层加固方式，利用该方法，高速夯实机进行大面积地基加固操作性和适用性增强。
Construction technology of high-speed hydraulic rammer compactor for large-area foundation soil reinforcement
The invention provides a construction technology of a high-speed hydraulic rammer compactor for large-area foundation soil reinforcement. The construction technology comprises the steps that A1, the effective foundation soil reinforcement depth and the foundation soil reinforcement effect are provided; A2, performance parameters of hydraulic dynamic compaction equipment and auxiliary equipment are determined; A3, on-site trial tamping is carried out, whether equipment is suitable for the working condition or not is judged, and tamping parameters are determined; A4, the construction hammer collecting standard of the high-speed hydraulic rammer compactor is determined; A5, the site is leveled, and the initial elevation of the site terrain is measured; and A6, the tamping work is completed. According to the construction technology, the effective reinforcement depth reference standard of the high-speed hydraulic compaction process is given for the first time; the hammer collecting standard of the high-speed hydraulic rammer compactor is given for the first time; and for deep soil body reinforcement, a layered reinforcement mode with different over-the-ground unit area tamping energy M is adopted, and by means of the method, the operability and applicability of large-area foundation reinforcement conducted by the high-speed rammer compactor are enhanced.
本发明提供一种高速液压夯实机用于大面积地基土加固的施工工艺，包括步骤A1、提出地基土有效加固深度和地基土加固后效果；步骤A2、确定液压强夯设备和辅助设备性能参数；步骤A3、现场试夯，判断设备是否适合该工况，并确定夯击参数；步骤A4、确定高速液压夯实机施工收锤标准；步骤A5、场地整平，测量场地地形初始标高；步骤A6、完成夯击工作。本发明第一次给出高速液压夯实工艺的有效加固深度参考标准；首次给出了高速液压夯实机的收锤标准；对于深部土体加固，采用不同对地单位面积夯击能M的分层加固方式，利用该方法，高速夯实机进行大面积地基加固操作性和适用性增强。
Construction technology of high-speed hydraulic rammer compactor for large-area foundation soil reinforcement
高速液压夯实机用于大面积地基土加固的施工工艺
FENG BO (Autor:in) / SUN WENBO (Autor:in) / TAO RUNLI (Autor:in) / HAO YUCHI (Autor:in) / JIANG SHUAI (Autor:in) / YUAN CHAOZHE (Autor:in) / CHEN SHAOJUN (Autor:in) / ZHAO GUOQUAN (Autor:in) / FU RONGHUA (Autor:in) / LUO ZHANG (Autor:in)
01.06.2021
Patent
Elektronische Ressource
Chinesisch
IPC:
E02D
FOUNDATIONS
,
Gründungen
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