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T1: Constitutive modelling and numerical implementation
T3: Finite element, discrete element and other numerical methods. coupling of diverse methods
T4: Reliability and probability analysis
T5: Large deformation – large strain analysis
T6: Artificial intelligence and neural networks
T7: Ground flow, thermal and coupled analysis
T9: Earthquake engineering, soil dynamics and soil-structure interaction
T10: Rock mechanics
A1: Application of numerical methods in the context of the eurocodes
A2: Shallow and deep foundations
A3: Slopes and cuts
A4: Supported excavations and retaining walls
A5: Embankments and dams
A6: Tunnels and caverns (and pipelines)
A7: Ground improvement and reinforcement
A8: Offshore geotechnical engineering
A9: Propagation of vibrations and mitigation measures
Keynote Lecture 1 – David Potts - Numerical modelling of coupled thermo-hydro-mechanical problems: challenges and pitfalls
Keynote Lecture 2 – Arézou Modaressi (Farahmand-Razavi) - A global approach for seismic vulnerability evaluation taking into account non-linear soil-structure interaction
Keynote Lecture 3 – José Vieira Lemos - Rock failure analysis with discrete elements
Keynote Lecture 4 – Michael Hicks - Recent developments in the numerical modelling of slope failure
Keynote Lecture 5 – Sebastià Olivella - Modelling multiphase flow and deformation in porous media