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Can I read A Novel Hydro‐mechanical Coupled Multiphysics Model for Slurry Penetration in Sand with Application to Face Stability Analysis of Shield Tunnel on EtoBox?
A Novel Hydro‐mechanical Coupled Multiphysics Model for Slurry Penetration in Sand with Application to Face Stability Analysis of Shield Tunnel by Jie Yang; Zhen‐Yu Yin is a Engineering article available to read on EtoBox.
What is A Novel Hydro‐mechanical Coupled Multiphysics Model for Slurry Penetration in Sand with Application to Face Stability Analysis of Shield Tunnel about?
The slurry penetration in tunnels driven by the slurry TBM in the highly permeable water-bearing ground is a complicated multiphysics process, which significantly affects the stability of the excavation face but has not been fully modelled. This study establishes a novel hydro-mechanical coupled multiphysics modelling approach for face stability analysis. Different from existing methods, the proposed one is able to quantify simultaneously the spatial and temporal variation of slurry concentration, viscosity, stagnation gradient, soil porosity and pore pressure, as well as the soil skeleton deformation induced by the transferred slurry pressure in two or three-dimension. The spatial and temporal finite element method, hydro-mechanical coupling, multiphysics modelling, sand, slurry penetration, tunnel
Who reads A Novel Hydro‐mechanical Coupled Multiphysics Model for Slurry Penetration in Sand with Application to Face Stability Analysis of Shield Tunnel?
It is typically read by researchers, students, and practitioners in Engineering.
- Author
- Jie Yang; Zhen‐Yu Yin
- Publisher
- Wiley
- Published
- 2023
- Language
- EN
- Field
- Engineering (Physical Sciences)