摘 要
随着建筑技术的发展，地基处理技术要求提高。压浆施工是改善地基性能的有效方法，但需考虑地基土的腐蚀性。本文研究了压浆施工技术及其对地基土腐蚀性的影响，并提出优化策略以增强地基土的抗腐蚀性能。研究包括压浆施工的基本原理、地基土腐蚀性的机理，以及压浆施工对地基土抗腐蚀性能的影响因素。结果表明，压浆材料的化学稳定性、抗渗透性和耐久性，以及压浆参数的合理控制对地基土的抗腐蚀能力至关重要。本文提出的优化策略包括优化压浆材料配比、改进注浆工艺、加强施工监测与反馈，以及提高施工人员技术水平。这些措施有望提升地基土的抗腐蚀性能，确保工程质量和长期稳定性。
关键词：压浆施工;地基土腐蚀性;化学稳定性;抗渗透性
Abstract
With the development of building technology, the technical requirements of foundation treatment are increasing. Grouting construction is an effective method to improve the performance of the foundation, but the corrosion of the foundation soil should be considered. In this paper, the grouting construction technology and its influence on the corrosion of foundation soil are studied, and the optimization strategy is proposed to enhance the corrosion resistance of foundation soil. The research includes the basic principle of grouting construction, the causticity mechanism of foundation soil, and the influence factors of grouting construction on the corrosion resistance of foundation soil. The results show that the chemical stability, permeability resistance and durability of grouting materials and the reasonable control of grouting parameters are very important to the corrosion resistance of foundation soil. The optimization strategy proposed in this paper includes optimizing the ratio of grouting materials, improving grouting technology, strengthening construction monitoring and feedback, and improving the technical level of construction personnel. These measures are expected to improve the corrosion resistance of the foundation soil and ensure the engineering quality and long-term stability.
Keywords：Grouting construction; Corrosion of foundation soil; Chemical stability; Permeability resistance
目 录
引 言 1
第一章 压浆施工技术与地基土腐蚀性概述 2
1.1 压浆施工技术原理 2
1.2 地基土腐蚀性机理 2
1.3 压浆施工对地基土腐蚀性的影响 3
第二章 压浆施工对地基土抗腐蚀性能影响因素分析 5
2.1 压浆材料选择的影响 5
2.2 压浆参数的影响 6
2.3 地基土类型与腐蚀性关系 7
第三章 压浆施工的优化策略 9
3.1 优化压浆材料配比 9
3.2 改进注浆工艺 9
3.3 加强施工监测与反馈 10
3.4 提高施工人员技术水平 11
结 论 12
参考文献 13
致 谢 14
