Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Construction method for constructing low-carbon shallow sea soft soil foundation structure
The invention discloses a construction method for constructing a low-carbon shallow sea soft soil foundation structure, which comprises the following steps of: firstly, processing and binding bamboo piles in an onshore processing factory, transporting the bamboo piles to a driving area by using a ship, and driving the bamboo piles to a specified position to form a bamboo pile supporting foundation; the bamboo raft units are bound from the land side, then the bamboo raft units and the bamboo pile foundation are bound together, the multiple bamboo raft units are sequentially laid forwards in a flowing water mode to form a single-layer bamboo raft, and finally the multiple layers of bamboo rafts are laid in the laying mode; laying a cushion on the bamboo rafts, laying geotechnical cloth on the cushion, laying a medium-coarse sand cushion layer on the geotechnical cloth, arranging drainage plates in the spaces of the bamboo rafts, stacking a first layer of steel slag mixed soil, and carrying out a construction intermittent period; the second layer to the fourth layer of steel slag mixed soil continue to be stacked, and a construction intermittent period exists after stacking of each layer of steel slag mixed soil is finished; and finally, the grouted rubble is formed on the outer side of the steel slag mixed soil to form a grouted rubble protective surface structure. The construction is convenient, environment-friendly and efficient.
本发明公开了一种构建低碳浅海软土地基结构的施工方法，首先，在陆上加工厂将竹桩加工绑扎好，用船将竹桩运输至打设区域，将竹桩打设至指定位置形成竹桩支撑基础；而后先从陆侧开始绑扎竹排单元，而后将竹排单元与竹桩基础绑扎在一起，依次呈流水形式往前铺设多个竹排单元形成单层竹排，最后按上述铺设方式铺设多层竹排；之后在竹排上方铺设垫子，再在垫子上方铺设土工布，在土工布上方铺设中粗砂垫层，在竹排的空格中打设排水板，堆载第一层钢渣混合土，进行一个施工间歇期；继续堆载第二层至第四层钢渣混合土，并且在堆载每一层钢渣混合土结束后均有施工间歇期；最后在钢渣混合土外侧浆砌块石形成浆砌块石护面结构，本发明施工方便，环保高效。
Construction method for constructing low-carbon shallow sea soft soil foundation structure
The invention discloses a construction method for constructing a low-carbon shallow sea soft soil foundation structure, which comprises the following steps of: firstly, processing and binding bamboo piles in an onshore processing factory, transporting the bamboo piles to a driving area by using a ship, and driving the bamboo piles to a specified position to form a bamboo pile supporting foundation; the bamboo raft units are bound from the land side, then the bamboo raft units and the bamboo pile foundation are bound together, the multiple bamboo raft units are sequentially laid forwards in a flowing water mode to form a single-layer bamboo raft, and finally the multiple layers of bamboo rafts are laid in the laying mode; laying a cushion on the bamboo rafts, laying geotechnical cloth on the cushion, laying a medium-coarse sand cushion layer on the geotechnical cloth, arranging drainage plates in the spaces of the bamboo rafts, stacking a first layer of steel slag mixed soil, and carrying out a construction intermittent period; the second layer to the fourth layer of steel slag mixed soil continue to be stacked, and a construction intermittent period exists after stacking of each layer of steel slag mixed soil is finished; and finally, the grouted rubble is formed on the outer side of the steel slag mixed soil to form a grouted rubble protective surface structure. The construction is convenient, environment-friendly and efficient.
本发明公开了一种构建低碳浅海软土地基结构的施工方法，首先，在陆上加工厂将竹桩加工绑扎好，用船将竹桩运输至打设区域，将竹桩打设至指定位置形成竹桩支撑基础；而后先从陆侧开始绑扎竹排单元，而后将竹排单元与竹桩基础绑扎在一起，依次呈流水形式往前铺设多个竹排单元形成单层竹排，最后按上述铺设方式铺设多层竹排；之后在竹排上方铺设垫子，再在垫子上方铺设土工布，在土工布上方铺设中粗砂垫层，在竹排的空格中打设排水板，堆载第一层钢渣混合土，进行一个施工间歇期；继续堆载第二层至第四层钢渣混合土，并且在堆载每一层钢渣混合土结束后均有施工间歇期；最后在钢渣混合土外侧浆砌块石形成浆砌块石护面结构，本发明施工方便，环保高效。
Construction method for constructing low-carbon shallow sea soft soil foundation structure
一种构建低碳浅海软土地基结构的施工方法
WEI WEN (Autor:in) / ZHANG RUIQI (Autor:in) / PAN WEI (Autor:in) / YE GUOLIANG (Autor:in) / HOU JINFANG (Autor:in)
09.04.2024
Patent
Elektronische Ressource
Chinesisch
IPC:
E02D
FOUNDATIONS
,
Gründungen
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