A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Seawall solidification method and seawall
The invention provides a seawall curing method and a seawall, and relates to the technical field of seawall curing, and the seawall curing method comprises the following steps: measuring the size parameter of a seawall body, and manufacturing a single curing blanket; the single-width solidified blankets are laid on the surface of the embankment body, the adjacent single-width solidified blankets are connected in a lap joint mode and temporarily fixed through first U-shaped steel pieces, and an initial solidified blanket is obtained; a second U-shaped steel part is adopted to conduct encryption fixing on the initial curing blanket, and a reinforced curing blanket is obtained; and sprinkling water to the reinforced curing blanket until the reinforced curing blanket is solidified and formed. According to the seawall curing method, through hydration and solidification of the curing blanket, a tightly-attached protection face is formed on the surface of the seawall body, and the obtained curing blanket protection face has the advantages of being excellent in waterproofness, compression resistance/fracture resistance, abrasion resistance, corrosion resistance and ultraviolet resistance, good in temperature adaptability, low in cost, long in service life, convenient to construct, low in carbon and environmentally friendly.
本发明提供了一种海堤固化方法及海堤，涉及海堤固化技术领域，所述的海堤固化方法包括如下步骤：测量堤体尺寸参数，制作单幅固化毯；将单幅固化毯铺设于堤体表面，相邻单幅固化毯搭接连接并采用第一U型钢件临时固定，得到初始固化毯；采用第二U型钢件对初始固化毯进行加密固定，得到强化固化毯；对强化固化毯进行洒水处理直至凝固成型。本发明所述的海堤固化方法通过固化毯的水合凝固，在堤体表面形成紧密贴合的护面，得到的固化毯护面具有优良的防水性、抗压/抗折性、耐磨性、耐腐蚀性和耐紫外线性，温度适应性好，成本较低，使用寿命长，施工方便，低碳环保。
Seawall solidification method and seawall
The invention provides a seawall curing method and a seawall, and relates to the technical field of seawall curing, and the seawall curing method comprises the following steps: measuring the size parameter of a seawall body, and manufacturing a single curing blanket; the single-width solidified blankets are laid on the surface of the embankment body, the adjacent single-width solidified blankets are connected in a lap joint mode and temporarily fixed through first U-shaped steel pieces, and an initial solidified blanket is obtained; a second U-shaped steel part is adopted to conduct encryption fixing on the initial curing blanket, and a reinforced curing blanket is obtained; and sprinkling water to the reinforced curing blanket until the reinforced curing blanket is solidified and formed. According to the seawall curing method, through hydration and solidification of the curing blanket, a tightly-attached protection face is formed on the surface of the seawall body, and the obtained curing blanket protection face has the advantages of being excellent in waterproofness, compression resistance/fracture resistance, abrasion resistance, corrosion resistance and ultraviolet resistance, good in temperature adaptability, low in cost, long in service life, convenient to construct, low in carbon and environmentally friendly.
本发明提供了一种海堤固化方法及海堤，涉及海堤固化技术领域，所述的海堤固化方法包括如下步骤：测量堤体尺寸参数，制作单幅固化毯；将单幅固化毯铺设于堤体表面，相邻单幅固化毯搭接连接并采用第一U型钢件临时固定，得到初始固化毯；采用第二U型钢件对初始固化毯进行加密固定，得到强化固化毯；对强化固化毯进行洒水处理直至凝固成型。本发明所述的海堤固化方法通过固化毯的水合凝固，在堤体表面形成紧密贴合的护面，得到的固化毯护面具有优良的防水性、抗压/抗折性、耐磨性、耐腐蚀性和耐紫外线性，温度适应性好，成本较低，使用寿命长，施工方便，低碳环保。
Seawall solidification method and seawall
一种海堤固化方法及海堤
YU YUANHONG (author) / WANG QINGTAO (author) / WANG WENQIANG (author) / JIANG HUANYUE (author) / ZHANG JIJIAN (author) / WANG JIE (author) / LI CHENG (author) / YU YUEKAI (author) / LI QIANGJUN (author) / XU BANGQI (author)
2022-09-16
Patent
Electronic Resource
Chinese
IPC:
E02B
HYDRAULIC ENGINEERING
,
Wasserbau
Seawall ecological box and ecological seawall construction method
| European Patent Office | 2024