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A platform for research: civil engineering, architecture and urbanism
Light lime-ash soil roadbed structure based on solid waste utilization
The invention relates to the technical field of road roadbed engineering, in particular to a light lime-ash soil roadbed structure based on solid waste utilization. The structure comprises an anti-seepage geotechnical cloth layer, a broken stone hardcore, a water seepage geotechnical cloth layer, a lower foam light soil layer, a middle foam light soil layer, an upper foam light soil layer, a geocell reinforced light soil layer, a waterproof geotechnical cloth layer and a side slope which are sequentially laid in a trapezoid shape from bottom to top; the side slope extends from the anti-seepage geotechnical cloth layer to the waterproof geotechnical cloth layer; and the geocell reinforced light soil layer is arranged in the upper foam light soil layer. According to the invention, a large amount of solid wastes can be effectively applied to the roadbed material, and compared with traditional roadbed fillers, not only can the pollution to the environment be reduced, but also the source problem of highway engineering construction materials can be effectively alleviated; so that the problem that the increasing requirements of engineering construction cannot be met due to the fact that highway construction resources and high-quality construction materials are lacked in the prior art is solved.
本发明涉及道路路基工程技术领域，尤其涉及一种基于固废利用的轻质二灰土路基结构，包括从下至上依次呈梯形铺设的防渗土工布层、碎石垫层、渗水土工布层、下层泡沫轻质土层、中间层泡沫轻质土层、上层泡沫轻质土层、土工格室加筋轻质土层、防水土工布层和边坡；边坡从防渗土工布层向防水土工布层延伸；土工格室加筋轻质土层设置于上层泡沫轻质土层内。本发明能够有效地将大宗固体废弃物应用于路基材料中，相比于传统的路基填料，不仅能够降低对环境造成的污染，还能够有效地减轻公路工程施工材料的来源问题，从而解决了现有技术中公路施工资源及优质施工材料溃乏导致不能满足工程建设日益增长的需求的问题。
Light lime-ash soil roadbed structure based on solid waste utilization
The invention relates to the technical field of road roadbed engineering, in particular to a light lime-ash soil roadbed structure based on solid waste utilization. The structure comprises an anti-seepage geotechnical cloth layer, a broken stone hardcore, a water seepage geotechnical cloth layer, a lower foam light soil layer, a middle foam light soil layer, an upper foam light soil layer, a geocell reinforced light soil layer, a waterproof geotechnical cloth layer and a side slope which are sequentially laid in a trapezoid shape from bottom to top; the side slope extends from the anti-seepage geotechnical cloth layer to the waterproof geotechnical cloth layer; and the geocell reinforced light soil layer is arranged in the upper foam light soil layer. According to the invention, a large amount of solid wastes can be effectively applied to the roadbed material, and compared with traditional roadbed fillers, not only can the pollution to the environment be reduced, but also the source problem of highway engineering construction materials can be effectively alleviated; so that the problem that the increasing requirements of engineering construction cannot be met due to the fact that highway construction resources and high-quality construction materials are lacked in the prior art is solved.
本发明涉及道路路基工程技术领域，尤其涉及一种基于固废利用的轻质二灰土路基结构，包括从下至上依次呈梯形铺设的防渗土工布层、碎石垫层、渗水土工布层、下层泡沫轻质土层、中间层泡沫轻质土层、上层泡沫轻质土层、土工格室加筋轻质土层、防水土工布层和边坡；边坡从防渗土工布层向防水土工布层延伸；土工格室加筋轻质土层设置于上层泡沫轻质土层内。本发明能够有效地将大宗固体废弃物应用于路基材料中，相比于传统的路基填料，不仅能够降低对环境造成的污染，还能够有效地减轻公路工程施工材料的来源问题，从而解决了现有技术中公路施工资源及优质施工材料溃乏导致不能满足工程建设日益增长的需求的问题。
Light lime-ash soil roadbed structure based on solid waste utilization
基于固废利用的轻质二灰土路基结构
JIANG PING (author) / ZHOU LIN (author) / WANG WEI (author) / ZHANG XINGHUA (author) / LI NA (author) / ZHANG FANG (author)
2021-11-30
Patent
Electronic Resource
Chinese
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