新型排水反滤三维抢险材料的研究与应用

Research and Application of New Three-Dimensional Emergency Rescue Materials for Drainage and Anti-Filtration

摘要:

堤防工程在高水位的浸泡下,易出现管涌、渗水、滑坡等险情,传统的抢险方法采用土石料和柴薪料作为抢险材料,存在抢险难度大、速度慢、使用人工多,险后处理麻烦等问题。为此开发研制了具有操作简单、铺设速度快、滤水保沙效果好的新型高效排水反滤三维抢险材料。该项目成果可广泛应用于堤防工程的渗水、管涌、滑坡、风浪等险情的抢护,具有广泛的推广应用价值。

Abstract:

Embankment projects are prone to dangerous situations such as piping, water seepage and landslides when soaked in high water levels. Traditional emergency rescue methods use earth and stone materials and firewood as rescue materials, which have problems such as high difficulty in rescue, slow speed, large number of manual workers, and troublesome post-danger treatment. Therefore, a new type of high-efficiency three-dimensional emergency rescue material for drainage and anti-filtration with simple operation, fast laying speed and good water filtration and sand retention effect has been developed. With extensive popularization and application value, the research outcome can be widely applied to the emergency protection of dangerous situations such as seepage, piping, landslides and wind waves in embankment projects.