A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Numerical Analysis of Construction Method in Shallow-Buried Large-Section Loess Tunnel
To research the deformation regularity of large section loess tunnel in construction procession with different construction methods, 3D Numerical Simulation is applied and the large-section loess tunnel of highway is taken as an example. Comparing deformation regularity of surrounding rock in three types of construction method conditions, the research results show that:The CRD method takes precedence in the condition of the convergence of surrounding rock is large. The both sides heading method takes precedence in the condition of ground surface settlement is large.
Numerical Analysis of Construction Method in Shallow-Buried Large-Section Loess Tunnel
To research the deformation regularity of large section loess tunnel in construction procession with different construction methods, 3D Numerical Simulation is applied and the large-section loess tunnel of highway is taken as an example. Comparing deformation regularity of surrounding rock in three types of construction method conditions, the research results show that:The CRD method takes precedence in the condition of the convergence of surrounding rock is large. The both sides heading method takes precedence in the condition of ground surface settlement is large.
Numerical Analysis of Construction Method in Shallow-Buried Large-Section Loess Tunnel
Applied Mechanics and Materials ; 580-583 ; 997-1000
2014-07-04
4 pages
Article (Journal)
Electronic Resource
English
Numerical Analysis of Construction Method in Shallow-Buried Large-Section Loess Tunnel
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