NUMERICAL ANALYSIS OF TUNNEL BORING MACHINE IN SOFT GROUND
Jokull Journal • 2017
Publication Information
Authors
M. E. EL-KILANY, T. A. EL-SAYED , R. A. MOHAB
Keywords
Tunnel Boring Machine (TBM), Numerical Modeling, Shallow tunnel, Deep tunnel
Journal
Jokull Journal
Publisher
Jokull Journal
Volume
67
Issue
5
Pages
1-27
publication.type
International
Paper Link
Open Link
Supplementary Materials
Not Available
Abstract
In this paper, it is planned to use numerical modeling to investigate the ground movement
due to tunneling construction in soft ground. The proposed method is used for analyzing
the under construction tunnel of Cairo Metro–Line III. Most of the length of this line will
be constructed by Tunnel Boring Machine (TBM). Two and three-dimensional numerical
analyses are applied to simulate this tunnel and approach for prediction of the settlement
due to tunneling in soft ground by using Plaxis program. The resulted settlements of these
analyses will be compared with the measured values which be gained from the field data
in the site. Reasons for any differences are explained. The results of these models are
promising; help to minimize the construction cost and help the decision maker to choose
the optimum solution for the other phases and other lines in the future.
due to tunneling construction in soft ground. The proposed method is used for analyzing
the under construction tunnel of Cairo Metro–Line III. Most of the length of this line will
be constructed by Tunnel Boring Machine (TBM). Two and three-dimensional numerical
analyses are applied to simulate this tunnel and approach for prediction of the settlement
due to tunneling in soft ground by using Plaxis program. The resulted settlements of these
analyses will be compared with the measured values which be gained from the field data
in the site. Reasons for any differences are explained. The results of these models are
promising; help to minimize the construction cost and help the decision maker to choose
the optimum solution for the other phases and other lines in the future.
Staff Members - Benha University