This paper intends to describe the integration of physical and numerical modelling, focusing on tunnels under seismic actions. It shows how numerical calculations can be used in association with centrifuge testing to model different aspects of tunnel behaviour during earthquakes. The scope of the paper has been limited to a few aspects, mainly concerning the change of internal forces in the tunnel lining during shaking and the effect of soil liquefaction. The interaction between a tunnel and a building in a soil layer undergoing liquefaction has also been taken into account
The Chapter summarizes results from dynamic centrifuge tests performed on a rectangular tunnel model...
The calibration of numerical procedures for the prediction in design of the behaviour of tunnels und...
The thesis is based on the planning, execution and interpretation of centrifuge tests on relatively ...
This paper intends to describe the integration of physical and numerical modelling, focusing on tunn...
This paper intends to describe the integration of physical and numerical modelling, focusing on tunn...
Although the seismic behaviour of shallow circular tunnels in soft ground is generally safer than ab...
The increments of internal forces induced in a tunnel lining during earthquakes can be assessed with...
The paper investigates the seismic response of square tunnels in sand by means of dynamic centrifuge...
The purpose of the work is to provide an experimental benchmark on the seismic behavior of tunnels, ...
The paper presents a state-of-the-art review of the current understanding of the seismic behaviour o...
In the framework of the Italian research project ReLUIS-DPC, a set of centrifuge tests were carried ...
The Chapter summarizes results from dynamic centrifuge tests performed on a rectangular tunnel model...
The calibration of numerical procedures for the prediction in design of the behaviour of tunnels und...
The thesis is based on the planning, execution and interpretation of centrifuge tests on relatively ...
This paper intends to describe the integration of physical and numerical modelling, focusing on tunn...
This paper intends to describe the integration of physical and numerical modelling, focusing on tunn...
Although the seismic behaviour of shallow circular tunnels in soft ground is generally safer than ab...
The increments of internal forces induced in a tunnel lining during earthquakes can be assessed with...
The paper investigates the seismic response of square tunnels in sand by means of dynamic centrifuge...
The purpose of the work is to provide an experimental benchmark on the seismic behavior of tunnels, ...
The paper presents a state-of-the-art review of the current understanding of the seismic behaviour o...
In the framework of the Italian research project ReLUIS-DPC, a set of centrifuge tests were carried ...
The Chapter summarizes results from dynamic centrifuge tests performed on a rectangular tunnel model...
The calibration of numerical procedures for the prediction in design of the behaviour of tunnels und...
The thesis is based on the planning, execution and interpretation of centrifuge tests on relatively ...