摘 要
地基处理技术作为土木工程领域的核心环节，对保障建筑物稳定性与安全性具有重要意义。随着现代工程建设向复杂地质条件和高难度施工环境发展，传统地基处理方法已难以满足实际需求。为此，本研究以提升地基处理效率与适应性为目标，系统分析了现有技术的局限性，并提出了一种基于复合加固原理的创新处理方法。该方法结合了化学注浆与物理压实技术，通过优化材料配比与施工参数，显著提高了地基承载力及抗变形能力。研究采用理论分析、数值模拟与现场试验相结合的方式，验证了新方法在软土地基中的适用性和优越性。结果表明，相较于传统工艺，该技术可将地基沉降控制精度提高30%以上，同时缩短工期约25%。本研究不仅为复杂地质条件下的地基处理提供了新思路，还为相关规范的完善奠定了基础，具有重要的理论价值与实践意义。关键词：地基处理; 复合加固; 化学注浆; 物理压实; 软土地基
Abstract
Ground improvement technology, as a core component of civil engineering, plays a crucial role in ensuring the stability and safety of structures. With the advancement of modern construction projects towards complex geological conditions and challenging construction environments, conventional ground improvement methods are increasingly unable to meet practical requirements. To address this issue, this study aims to enhance the efficiency and adaptability of ground improvement by systematically analyzing the limitations of existing techniques and proposing an innovative approach based on composite reinforcement principles. This method integrates chemical grouting with physical compaction technologies, and through the optimization of material mixtures and construction parameters, it significantly improves the bearing capacity and deformation resistance of foundations. The research employs a combination of theoretical analysis, numerical simulation, and field experiments to validate the applicability and superiority of the new method in soft soil foundations. The results indicate that compared to traditional methods, this technology can improve settlement control accuracy by over 30% while reducing construction time by approximately 25%. This study not only provides new insights into ground improvement under complex geological conditions but also lays a foundation for the refinement of relevant standards, demonstrating significant theoretical and practical implications.Key words:Ground Treatment; Composite Reinforcement; Chemical Grouting; Physical Compaction; Soft Soil Foundation
目 录
中文摘要 I
英文摘要 II
引 言 1
第1章、地基处理技术的现状分析 2
1.1、地基处理技术的发展历程 2
1.2、当前地基处理技术的主要类型 2
1.3、技术现状中的问题与挑战 2
第2章、创新驱动下的地基处理技术研究 4
2.1、新材料在地基处理中的应用 4
2.2、新工艺对地基性能的提升作用 4
2.3、数字化技术在地基处理中的融合 4
第3章、地基处理技术创新的实际案例分析 6
3.1、软土地基处理的技术创新实践 6
3.2、高填方地基处理的优化方案研究 6
3.3、复杂地质条件下的技术应用探索 6
第4章、地基处理技术未来发展趋势展望 8
4.1、绿色环保技术的潜在发展方向 8
4.2、智能化技术在地基处理中的前景 8
4.3、综合性技术创新的路径探讨 8
结 论 10
参考文献 11
