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A platform for research: civil engineering, architecture and urbanism
Anti-cracking wear-resistant inorganic concrete terrace and construction process thereof
The invention relates to an anti-cracking wear-resistant inorganic concrete terrace which comprises a concrete base layer, a reinforcing mesh is arranged on the upper surface of the concrete base layer, a transition layer is laid on the upper side of the concrete base layer and located in the reinforcing mesh, and a wear-resistant surface layer is laid on the upper surface of the transition layer. According to the anti-cracking and wear-resistant inorganic concrete terrace and the construction technology thereof, the thickness of the base layer of concrete is controlled, the foundation compactness of a foundation is improved, the phenomena of uneven settlement and even cracking in the later construction and use process are avoided, pouring is conducted in a bin adjusting mode, large-area condensation is achieved in the condensation stage, and the construction efficiency is improved. An ultra-large-area reinforced concrete project is divided into a plurality of block-shaped small unit concrete terraces, normal pouring of concrete can be guaranteed, the quality problems of cracking and the like in the concrete setting stage can be avoided, a layer of plastic film is laid on the base layer, and the purpose of reducing the sliding resistance between the base layer and the surface layer is achieved; and external constraint acting force is reduced.
本发明涉及一种抗开裂耐磨无机混凝土地坪，包括混凝土基层，所述混凝土基层的上表面设有钢筋网，所述混凝土基层的上侧且位于钢筋网内铺设有过渡层，所述过渡层的上表面铺设有耐磨面层。该抗开裂耐磨无机混凝土地坪及其施工工艺，通过混凝土的基层厚度进行控制，来提升地基的基础密实度，避免在后期施工以及使用过程中会出现不均匀沉降，甚至出现开裂现象，采用调仓的方式进行浇筑，使其凝结阶段呈大面积凝结，将超大面积钢筋混凝土工程分为若干个块状小单元混凝土地坪，不但可以保证混凝土的正常浇筑，还能避免在混凝土凝结阶段出现开裂等质量问题，在基层之上铺设一层塑料薄膜，达到减小基层与面层之间滑移阻力的目的，减小外部约束作用力。
Anti-cracking wear-resistant inorganic concrete terrace and construction process thereof
The invention relates to an anti-cracking wear-resistant inorganic concrete terrace which comprises a concrete base layer, a reinforcing mesh is arranged on the upper surface of the concrete base layer, a transition layer is laid on the upper side of the concrete base layer and located in the reinforcing mesh, and a wear-resistant surface layer is laid on the upper surface of the transition layer. According to the anti-cracking and wear-resistant inorganic concrete terrace and the construction technology thereof, the thickness of the base layer of concrete is controlled, the foundation compactness of a foundation is improved, the phenomena of uneven settlement and even cracking in the later construction and use process are avoided, pouring is conducted in a bin adjusting mode, large-area condensation is achieved in the condensation stage, and the construction efficiency is improved. An ultra-large-area reinforced concrete project is divided into a plurality of block-shaped small unit concrete terraces, normal pouring of concrete can be guaranteed, the quality problems of cracking and the like in the concrete setting stage can be avoided, a layer of plastic film is laid on the base layer, and the purpose of reducing the sliding resistance between the base layer and the surface layer is achieved; and external constraint acting force is reduced.
本发明涉及一种抗开裂耐磨无机混凝土地坪，包括混凝土基层，所述混凝土基层的上表面设有钢筋网，所述混凝土基层的上侧且位于钢筋网内铺设有过渡层，所述过渡层的上表面铺设有耐磨面层。该抗开裂耐磨无机混凝土地坪及其施工工艺，通过混凝土的基层厚度进行控制，来提升地基的基础密实度，避免在后期施工以及使用过程中会出现不均匀沉降，甚至出现开裂现象，采用调仓的方式进行浇筑，使其凝结阶段呈大面积凝结，将超大面积钢筋混凝土工程分为若干个块状小单元混凝土地坪，不但可以保证混凝土的正常浇筑，还能避免在混凝土凝结阶段出现开裂等质量问题，在基层之上铺设一层塑料薄膜，达到减小基层与面层之间滑移阻力的目的，减小外部约束作用力。
Anti-cracking wear-resistant inorganic concrete terrace and construction process thereof
一种抗开裂耐磨无机混凝土地坪及其施工工艺
HAN YONGJUN (author)
2022-11-25
Patent
Electronic Resource
Chinese
Anti-cracking wear-resistant inorganic concrete terrace and construction process thereof
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