岩土工程自适应锚位技术的有限元理论分析与应用

Finite Element Analysis and Application of Adaptive Anchorage Technology in Geotechnical Engineering

在岩土工程施工中,岩土锚固技术是最为常用的一种支护技术。岩土工程锚固支护结构受到岩土工程施工地质结构和环境的影响,会出现受力不均的情况,这样会造成锚固支护结构整体效果的降低。本文对岩土工程锚固技术的特点进行有限元理论分析,对岩土工程自适应锚固支护单元结构设计的必要性进行了研究,结合有限元理论岩土工程施工的实际情况,提出了岩土工程自适应锚固技术的结构体系的设计方法并进行研究。

In geotechnical engineering construction, geotechnical anchorage technology is the most commonly used support technology. Geotechnical engineering anchorage support structure is affected by the geological structure and environment of geotechnical engineering construction, there will be uneven stress, which will cause the overall effect of the anchorage support structure to be reduced. In this paper, the characteristics of anchorage technology in geotechnical engineering are analyzed by finite element theory, and the necessity of structural design of adaptive anchorage support unit in geotechnical engineering is studied. Based on the actual situation of geotechnical engineering construction with finite element theory, the design method of structural system of adaptive anchorage technology in geotechnical engineering is put forward and studied.