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Availability of resilient modulus and permanent deformation laboratory tests of stabilized soil with municipal solid waste fly ash for pavements base

机译:道路基层使用市政固体废物粉煤灰稳定土的弹性模量和永久变形实验室测试的可用性

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This study presents the results of testing for resilient modulus and permanent deformation to evaluate the mechanical properties of a soil stabilized with fly ash from municipal solid waste incineration. The soil tested is a non-lateritic clayey soil, which is not suitable for use in pavement works. The addition of fly ash improved reduced its expansibility and modify their mechanical properties, these being dependent on the MSW fly ash content, moisture and number of load cycles. It was performed a paving project to assess their competitiveness as a base material for pavements. The results of this project showed that the soil stabilized with fly ash is competitive for low volume traffic roads, with the advantages of minimizing the environmental problems caused by solid waste disposal and waste incineration.
机译:这项研究提出了弹性模量和永久变形的测试结果,以评估用城市固体废物焚烧的粉煤灰稳定的土壤的机械性能。测试的土壤是非红土粘土质土壤,不适合用于路面工程。粉煤灰的添加改善了其可扩展性并改变了它们的机械性能,这些取决于MSW粉煤灰的含量,湿度和负载循环次数。它执行了一个摊铺项目,以评估其作为人行道基础材料的竞争力。该项目的结果表明,用粉煤灰稳定的土壤在低流量的道路上具有竞争力,其优点是将由固废处理和垃圾焚烧引起的环境问题降到最低。

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