基于土工合成材料的砂砾石地基处理技术探究

Study on sand and gravel foundation treatment technology based on geosynthetic materials

摘要

本文探讨了基于土工合成材料的砂砾石地基处理技术，分析了砂砾石地基的特性及工程问题，介绍了土工合成材料的分类与性能，并详细阐述了其在砂砾石地基处理中的应用。通过工程案例展示了土工合成材料在实际工程中的应用效果，并提出了材料选择、施工工艺及设计参数的优化措施。研究表明，土工合成材料能够显著提高砂砾石地基的承载能力，减少沉降，降低不均匀沉降风险，具有良好的应用前景。未来应进一步开发高性能材料，优化施工工艺，推动该技术在更多领域的应用。

Abstract

This paper explores the technology of treating gravel foundations using geosynthetic materials, analyzing the characteristics and engineering challenges of gravel foundations. It introduces the classification and performance of geosynthetic materials and details their application in gravel foundation treatment. Through case studies, it demonstrates the effectiveness of geosynthetic materials in practical engineering applications and proposes optimization measures for material selection, construction techniques, and design parameters. The study shows that geosynthetic materials can significantly enhance the load-bearing capacity of gravel foundations, reduce settlement, and minimize the risk of uneven settlement, indicating a promising future. Future research should focus on developing high-performance materials, optimizing construction techniques, and expanding the application of this technology across more fields.

关键词

砂砾石地基 / 土工合成材料 / 地基处理 / 工程应用 / 优化措施

Key words

gravel foundation / geosynthetic materials / foundation treatment / engineering application / optimization measures

参考文献

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