Keywords
Tunnel construction
Shotcrete support
Support plan
Support construction
Submitted : 2023-12-24
Accepted : 2024-01-08
Published : 2024-01-23
Abstract
This article analyzes the application strategies of shotcrete anchor support technology using a highway bridge-tunnel construction project as an example. The article covers various strategies, including support plan formulation, mortar shotcrete anchor construction, grid steel frame construction, steel mesh construction, and concrete support construction. This analysis aims to provide a guideline for those interested in applying this technology and improving the quality and safety of highway bridges and tunnels construction.
References
Chen L, 2020, Application of Shotcrete Anchor Support Construction Technology in Highway Bridge and Tunnel Engineering. Encyclopedia Forum Electronic Magazine, 2020(11): 1655.
Jin F, 2020, A Brief Analysis of the Shotcrete Anchor Support Construction Technology Application in Highway Bridge and Tunnel Projects. Urban Construction, 2020(10): 157.
Liu Y, 2018, Application of Shotcrete Support Construction Technology in Highway Bridge and Tunnel Engineering. China High-Tech Zone, 2018(10): 210.
Liu W, Wang L, 2022, Study on the Application of Shotcrete Support Construction Technology in Highway Bridge and Tunnel Projects. Digital-Mobile Life, 2022(10): 109–111.
Wu J, 2021, Research on Applying Shotcrete Anchor Support Construction Technology in Highway Bridge and Tunnel Engineering. Encyclopedia Forum Electronic Magazine, 2021(2): 1819–1820.
Wang W, 2021, Research on Construction Technology of Shotcrete Support in Highway Bridge and Tunnel Projects. Urban Construction, 2021(12): 147.
Geng L, 2023, Excavation and Support Construction Technology in Highway Tunnel Construction. Transportation World, 2023(17): 144–146.
Cheng X, 2021, Research on the Shotcrete Support Construction Technology Application in Tunnel Engineering. China Highways, 2021(5): 111, 113.
Zhang Y, He C, 2021, Application of Shotcrete Support Technology in Construction Protection of High Slopes and Deep Foundation Pits. Construction Engineering Technology and Design, 2021(7): 256.