Tunnelling in saturated sand will cause excess pore pressures in the sand. This was the case during the construction of all tunnels in the Netherlands. This excess pore pressure influences the stability of the tunnel face. Therefore the magnitude of the excess pore pressure is of importance. Furthermore, it requires more information on the penetration process of the bentonite slurry as it will occur at the front of the tunnel face. This paper deals with preliminary infiltration tests to investigate some aspects of the infiltration. Results will be compared with theory
ABSTRACT: In shield tunnelling a bentonite slurry or a foam may be injected by the TBM into the soil...
ABSTRACT: In slurry or EPB shields a bentonite slurry or a foam may be injected by the TBM into the ...
Experiments on bentonite slurry infiltration into saturated sand have been carried out in a modified...
Tunnelling in saturated sand will cause excess pore pressures in the sand. This was the case during ...
The excess pore pressure in front of a TBM is described for a slurry shield as well as an earth pres...
When drilling with a TBM (Tunnel Boring Machine) in saturated sand, excess pore water pressures occu...
Tunneling under soft ground conditions often requires active face support to prevent face instabilit...
Tunnelling induced groundwater flow is important to estimate the stability of the tunnel face as wel...
ABSTRACT: During the excavation of tunnels in saturated soft soils, a pressurized bentonite slurry i...
Penetration of bentonite slurry reduces the effective support pressure at the tunnel face and thus t...
In this thesis an investigation is performed into the rise of excess pore pressures in front of a sl...
Foam is often used as an additive during tunneling in soft ground conditions in an Earth Pressure Ba...
Tunnel-boring machine (TBM) tunnelling through an aquifer will generate excess pore water pressures ...
Infiltration of pressurised foam into saturated sand was investigated in a laboratory set-up that pr...
In this article the face stability of slurry shield-driven tunnel in an aquifer is investigated. The...
ABSTRACT: In shield tunnelling a bentonite slurry or a foam may be injected by the TBM into the soil...
ABSTRACT: In slurry or EPB shields a bentonite slurry or a foam may be injected by the TBM into the ...
Experiments on bentonite slurry infiltration into saturated sand have been carried out in a modified...
Tunnelling in saturated sand will cause excess pore pressures in the sand. This was the case during ...
The excess pore pressure in front of a TBM is described for a slurry shield as well as an earth pres...
When drilling with a TBM (Tunnel Boring Machine) in saturated sand, excess pore water pressures occu...
Tunneling under soft ground conditions often requires active face support to prevent face instabilit...
Tunnelling induced groundwater flow is important to estimate the stability of the tunnel face as wel...
ABSTRACT: During the excavation of tunnels in saturated soft soils, a pressurized bentonite slurry i...
Penetration of bentonite slurry reduces the effective support pressure at the tunnel face and thus t...
In this thesis an investigation is performed into the rise of excess pore pressures in front of a sl...
Foam is often used as an additive during tunneling in soft ground conditions in an Earth Pressure Ba...
Tunnel-boring machine (TBM) tunnelling through an aquifer will generate excess pore water pressures ...
Infiltration of pressurised foam into saturated sand was investigated in a laboratory set-up that pr...
In this article the face stability of slurry shield-driven tunnel in an aquifer is investigated. The...
ABSTRACT: In shield tunnelling a bentonite slurry or a foam may be injected by the TBM into the soil...
ABSTRACT: In slurry or EPB shields a bentonite slurry or a foam may be injected by the TBM into the ...
Experiments on bentonite slurry infiltration into saturated sand have been carried out in a modified...