Author(s)

Qiming Ren

Corresponding Author

Qiming Ren

Abstract

With the rapid urbanization process, the development of underground space is needed to be accelerated, and deep excavation engineering has been commonly applied in construction scenarios such as high-rise buildings and subway tunnels. The structural design rationality and construction control precision of geotechnical engineering have a direct impact on the economy and safety. Traditional design of support is based on factors such as geological conditions complex, load calculation and simplified issues have begun to appear wasteful use of resources and schedule delays. The optimization design methods of deep excavation support structures and the fine control of construction are significant issues which IT engineering urgently need to be solved. Deep excavation support structures play a key role in geotechnical engineering, this paper studies its importance of construction control, proposes reasonable and effective optimization design schemes and construction control strategy, providing reference for the development of engineering construction.

Keywords

Geotechnical Engineering; Deep Excavation Support Structures; Optimization Design; Construction Control