Une série d'analyses systématiques tridimensionnelles (3D) couplées en éléments finis a
été réalisée pour étudier les interactions multiples entre deux grands tunnels jumeaux …

This paper presents a three-dimensional numerical simulation method for large-scale
seismic response calculation based on a newly built immersed tunnel in Shanghai. The …

Numerical analysis is widely used method in geotechnical engineering when calculating
and predicting soil and rock behaviour under different loading and excavation conditions …

In order to achieve higher fidelity (ie, higher accuracy) in the model predictions, the solution
models employed in geological and/or geotechnical engineering are becoming complex …

Applying an effective nailing system at a tunnel heading, not only improves the stability of
the tunnel heading and limits deformation at the tunnel face, but it also reduces volume loss …

The blasting vibration load can pose great threats to the safety of urban buried pipelines.
Winkler model is commonly used to simulate the soil-pipe interaction and calculate the …

In order to reduce the dust hazard of shotcrete, the paper analyzed the mechanism of dust
production from the perspective of various dust sources and developed the plunger‐type wet …

Construction of tunnels in soft ground induces soil movement, which could seriously affect
the stability of existing structures. Evaluation of the effect of tunnel construction on the soil …

This paper presents a novel approach for the analysis of tunnels in the presence of
uncertainties. The proposed approach, referred to here as hybrid polynomial correlated …