Author(s)

Yizhou Fang

Corresponding Author

Yizhou Fang

Abstract

This study addresses the issues of safety risks and quality hazards in the implementation of foundation pit support technology in building civil engineering due to non-standard processes. Based on the implementation principles of foundation pit support technology, it systematically analyzes four implementation paths: preliminary geological survey and analysis, customized support scheme design, strict construction in accordance with regulations, and full-process monitoring with dynamic adjustment. By sorting out the operational logic and key points of each path, a complete implementation system of "data support - scheme adaptation - process control - dynamic optimization" is summarized. The synergistic effects of each path in ensuring the safety of foundation pit support, improving construction efficiency, and enhancing economic viability are elaborated, providing 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