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作为建筑的主要组成部分,土木工程的特点是学科庞大。它的进步,依靠的是实际的工程实践,而非科学实验和一些模糊理论。这主要是由于许多土木工程项目都很复杂,现场试验和测试分析是极难进行的。比如说,地基基础、隧道及地下工程的受力和变形的状态及其随时间的变化,相关的分析和判断仍需参考工程经验。想要进步,只有不断地进行新的工程实践的探索。因此,本文对土木工程结构设计与地基加固技术进行研究研讨,希望对相关人员有所帮助。
As a major component of a building, civil engineering is characterized by a large discipline. Its progress depends on actual engineering practices rather than scientific experiments and some fuzzy theory. This is mainly due to the fact that many civil engineering projects are complex and field tests and test analysis are extremely difficult to carry out. For example, the state of stress and deformation of foundations, tunnels, and underground works and their changes over time, relevant analysis and judgment still need to refer to engineering experience. If you want to progress, you must continue to explore new engineering practices. Therefore, this paper researches and discusses the structural design and foundation strengthening technology of civil engineering, and hopes to help the relevant personnel.