Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Isoenergetic deformation composite foundation for solidifying aggregate through microorganisms, and construction method
The invention discloses an isoenergetic deformation composite foundation for solidifying aggregate through microorganisms, and a construction method. The composite foundation comprises a plurality ofpile bodies and cushion layers, the cushion layers are arranged at the top ends of the pile bodies, the pile bodies are connected into an integral structure through the cushion layers, and the pile bodies and the cushion layers are filled with the aggregate solidified through the microorganisms. The method comprises the following steps: 1, a field is leveled; 2, construction is prepared; 3, a piledriver is in place; 4, hammering is conducted to form a hole; 5, the hole is filled with the aggregate; 6, the work of the step 5 is repeated; 7, an isoenergetic deformation compaction pile of the aggregate solidified through the microorganisms is formed; 8, the pile driver is moved to the next pile; 9, the ground is tamped; and 10, the cushion layers are flush with the ground surface. The isoenergetic deformation composite foundation for solidifying the aggregate through the microorganisms, and the construction method have the advantages that local materials are used, waste is turned into wealth, environmental protection is facilitated, the engineering cost is saved, and the concept of green development is met.
本发明公开了一种利用微生物进行固化骨料的等能量变形复合地基及施工方法，复合地基包括有桩体和垫层，其中桩体设置有数根，垫层设在桩体的顶端，通过垫层把桩体连接为一个整体结构，桩体和垫层内填充有利用微生物进行固化的骨料。其方法为：步骤一、平整场地；步骤二、施工准备；步骤三、桩机就位；步骤四、锤击成孔；步骤五、向孔内填充骨料；步骤六、重复步骤五的工作；步骤七、形成微生物固化骨料等能量变形挤密桩；步骤八、移至下一根桩；步骤九、地面进行夯实；步骤十、直至垫层与地表齐平。有益效果：就地取材，具有变废为宝、利于环保，节约工程造价，符合绿色发展的理念。
Isoenergetic deformation composite foundation for solidifying aggregate through microorganisms, and construction method
The invention discloses an isoenergetic deformation composite foundation for solidifying aggregate through microorganisms, and a construction method. The composite foundation comprises a plurality ofpile bodies and cushion layers, the cushion layers are arranged at the top ends of the pile bodies, the pile bodies are connected into an integral structure through the cushion layers, and the pile bodies and the cushion layers are filled with the aggregate solidified through the microorganisms. The method comprises the following steps: 1, a field is leveled; 2, construction is prepared; 3, a piledriver is in place; 4, hammering is conducted to form a hole; 5, the hole is filled with the aggregate; 6, the work of the step 5 is repeated; 7, an isoenergetic deformation compaction pile of the aggregate solidified through the microorganisms is formed; 8, the pile driver is moved to the next pile; 9, the ground is tamped; and 10, the cushion layers are flush with the ground surface. The isoenergetic deformation composite foundation for solidifying the aggregate through the microorganisms, and the construction method have the advantages that local materials are used, waste is turned into wealth, environmental protection is facilitated, the engineering cost is saved, and the concept of green development is met.
本发明公开了一种利用微生物进行固化骨料的等能量变形复合地基及施工方法，复合地基包括有桩体和垫层，其中桩体设置有数根，垫层设在桩体的顶端，通过垫层把桩体连接为一个整体结构，桩体和垫层内填充有利用微生物进行固化的骨料。其方法为：步骤一、平整场地；步骤二、施工准备；步骤三、桩机就位；步骤四、锤击成孔；步骤五、向孔内填充骨料；步骤六、重复步骤五的工作；步骤七、形成微生物固化骨料等能量变形挤密桩；步骤八、移至下一根桩；步骤九、地面进行夯实；步骤十、直至垫层与地表齐平。有益效果：就地取材，具有变废为宝、利于环保，节约工程造价，符合绿色发展的理念。
Isoenergetic deformation composite foundation for solidifying aggregate through microorganisms, and construction method
一种利用微生物进行固化骨料的等能量变形复合地基及施工方法
HU JUN (Autor:in) / ZENG HUI (Autor:in) / ZENG DONGLING (Autor:in) / WANG ZHIXIN (Autor:in) / JIA LIN (Autor:in)
22.01.2021
Patent
Elektronische Ressource
Chinesisch
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