Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Water-stabilized base construction process and pavement structure
The invention discloses a cement-stabilized base layer construction process and pavement structure, and the construction steps are as follows: anchoring piles are driven into a soil layer, the anchoring piles are uniformly distributed along the width direction of a base layer according to the spacing of 1-2m, and the anchoring piles are uniformly distributed along the length direction of the base layer according to the spacing of 2-3m; wherein a foundation root part penetrating through the soil layer and an anti-separation part crossing the upper surface of the soil layer are arranged on the anchoring pile, a gravel layer and an epoxy resin layer are sequentially laid on the upper surface of the soil layer, the gravel layer covers the periphery of the anti-separation part, the epoxy resin layer seals the top of the anchoring pile, and when the epoxy resin layer is in a hot melting state, the anti-separation part is separated from the foundation root part through vibration. The gravel layer is filled with the epoxy resin layer; according to the construction technology, construction is convenient, the maintenance period is short, the pavement structure formed through the construction technology is good in overall pressure resistance, the overall tensile strength of the pavement is high, in addition, stability is good, and layering is not prone to occurring.
本发明公开了一种水稳基层施工工艺及路面结构，其施工步骤包括：在土壤层的内部打入锚固桩，所述锚固桩沿基层宽度方向按照1‑2m间距均匀分布，所述锚固桩沿基层的长度方向按照2‑3m间距均匀分布，其中锚固桩上设有贯穿土壤层内的基根部和越过土壤层上表面的防分离部，在土壤层的上表面依次铺设砂砾层和环氧树脂层，砂砾层覆盖防分离部的外围，并以环氧树脂层封住锚固桩的顶部，在环氧树脂层处于热熔状态时，通过振捣，使环氧树脂层填充在砂砾层的内部；该施工工艺施工方便且养护周期少，由该施工工艺形成的路面结构的整体抗压能力好，且路面整体的抗拉强度高，另外稳定性好，不易发生分层。
Water-stabilized base construction process and pavement structure
The invention discloses a cement-stabilized base layer construction process and pavement structure, and the construction steps are as follows: anchoring piles are driven into a soil layer, the anchoring piles are uniformly distributed along the width direction of a base layer according to the spacing of 1-2m, and the anchoring piles are uniformly distributed along the length direction of the base layer according to the spacing of 2-3m; wherein a foundation root part penetrating through the soil layer and an anti-separation part crossing the upper surface of the soil layer are arranged on the anchoring pile, a gravel layer and an epoxy resin layer are sequentially laid on the upper surface of the soil layer, the gravel layer covers the periphery of the anti-separation part, the epoxy resin layer seals the top of the anchoring pile, and when the epoxy resin layer is in a hot melting state, the anti-separation part is separated from the foundation root part through vibration. The gravel layer is filled with the epoxy resin layer; according to the construction technology, construction is convenient, the maintenance period is short, the pavement structure formed through the construction technology is good in overall pressure resistance, the overall tensile strength of the pavement is high, in addition, stability is good, and layering is not prone to occurring.
本发明公开了一种水稳基层施工工艺及路面结构，其施工步骤包括：在土壤层的内部打入锚固桩，所述锚固桩沿基层宽度方向按照1‑2m间距均匀分布，所述锚固桩沿基层的长度方向按照2‑3m间距均匀分布，其中锚固桩上设有贯穿土壤层内的基根部和越过土壤层上表面的防分离部，在土壤层的上表面依次铺设砂砾层和环氧树脂层，砂砾层覆盖防分离部的外围，并以环氧树脂层封住锚固桩的顶部，在环氧树脂层处于热熔状态时，通过振捣，使环氧树脂层填充在砂砾层的内部；该施工工艺施工方便且养护周期少，由该施工工艺形成的路面结构的整体抗压能力好，且路面整体的抗拉强度高，另外稳定性好，不易发生分层。
Water-stabilized base construction process and pavement structure
一种水稳基层施工工艺及路面结构
ZHANG ZHENHUA (Autor:in) / JIN YANMING (Autor:in) / DOU JING (Autor:in)
30.06.2023
Patent
Elektronische Ressource
Chinesisch
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