Author(s)

Yizhou Fang

Corresponding Author

Yizhou Fang

Abstract

To solve the problems of safety risks and quality hazards caused by non-standard processes in foundation pit support technology implementation in building civil engineering, this study combines implementation principles of foundation pit support technology, analyzes four different implementation paths in a systematic manner from two aspects: preliminary survey and analysis of the application scenario under study, customized design of support scheme catering to specific requirement, strict construction in accordance with regulations and full-process monitoring with dynamic adjustment. Through sorting out the operational logic and key points of each path, The complete implementation system of "data support - program adaptation - process control - dynamic optimization" is summarized. The synergistic effects of each path for ensuring the safety of foundation pit support, improving construction efficiency and enhancing economic viability are discussed to provide a reference operational framework for standardizing the implementation of foundation pit support technology in engineering practice.

Keywords

Building civil engineering; Foundation pit support technology; Geological survey; Support scheme; Dynamic adjustment