摘 要
本文共有两篇，第一篇为主设计，即华海大厦基坑南北两侧的土钉墙支护及其施工、监测。第二篇为专题设计，即桩基础设计。
第一篇共有七章，第四章、第五章、第六章为主要内容。通过对所给工程概况的分析，结合支护方案的选择依据、原则和方法，确定了土钉支护的方案。首先对土钉具体参数进行确定，包括稳定性分析，计算土压力，确定土钉布置，然后对其进行稳定性验算：局部稳定性和整体稳定性验算。其中，土钉具体参数确定是重点。土钉施工方案和其后期监测是为了保证施工及其运营过程中安全，因此，作者对施工和监测方案作了具体规定。
第二篇是专题设计，通过对桩基础的了解和学习，并结合建筑规X，完成了最终的设计。
关键字基坑 土钉 稳定性 桩基础
Abstract
This has two prioritis, the first priority design, namely northern and southern sides of the Huahai building foundation education soil nailing wall and its construction and monitoring
. Article 2 for the project design, and the design of pile foundation.
First there were seven chapters, the fourth chapter, the fifth chapter, the sixth chapter as the main content. Through the analysis of the project profile, the supporting scheme selection principle, basis and method, the soil nailing support scheme. First to determine the specific parameters of soil nailing, including the stability analysis and calculation, the soil nailed soil pressure to decorate, then the stability checking: local stability and overall stability checking. Among them, soil nail specific parameters is the key. Construction scheme and the soil nailing later in order to guarantee the safety in the process ofthe construction ofsoil nail andmonitoring , therefore, the author has made specific provision for theconstruction and monitoring program.
Article 2 is the project design,Via the studying the knowledge of the pile foundation, and the building codes, the author has pleted the final design.
Keywords pit soil nail stabilitythe pile foundation
目录
第一篇黄岛华海大厦基坑土钉墙设计1
第一章绪论1
第二章工程概况10
场地水文地质条件11
第三章支护方案的选择13
、原则和方法14
第四章支护体系具体支护参数确定20
：29
：29
第五章施工组织设计40
第六章基坑监测方案设计46
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