The purpose of this workshop is to bring together researchers working on topics related to poroelasticity and geomechanical methods, addressing both theoretical and practical aspects. The workshop is an opportunity to share work, projects, and ideas, fostering potential and future collaborations. This initiative stems from the research project GNCS 2024: "Metodi numerici avanzati per la poromeccanica: proprietà teoriche ed aspetti computazionali"
The event will take place on February 5th and 6th, 2025, at the Department of Mathematics "Federigo Enriques" of the Università degli Studi di Milano.
The participation is free of charge. Please register via the online form if you are planning to attend.
Andrea Aspri (Università di Milano) An inverse problem for elastic dislocations
Stefano Bonetti (Politecnico di Milano) Discontinuous Galerkin approximation of a thermo/poro-viscoelastic problem
Andrea Borio (Politecnico di Torino) Virtual Element Methods and Mimetic Finite Differences for simulations of multiphase flow and poromechanics
Michele Botti (Politecnico di Milano) Biot-Stokes coupled problem with discontinuous Galerkin methods
Andrea Bressan (IMATI-CNR) An isogeometric solver for free-boundary Darcy based on shape optimization
Franco Dassi (Università di Milano-Bicocca) Meshing Techniques for Sedimentary Basin Geometries
Laura Dovera (Eni S.p.A.) Surrogate models to enhance uncertainty and risk management in subsurface flow-geomechanical models
Alessio Fumagalli (Politecnico di Milano) A multipoint stress mixed finite element method for the linear Cosserat equations
Caterina Millevoi (Università di Padova) Surrogate Modeling for Seismic Data Assimilation in Fault Activation using Deep Learning
Daniele Moretto (Università di Padova) Mortar extension for geological discontinuities
Daniele Prada (IMATI-CNR) Multiscale interface coupling between a poroelastic medium and a lumped hydraulic circuit with applications in ophthalmology
Lorenzo Tamellini (IMATI-CNR) Characterizing Aquifer Properties Through a Sparse Grid-Based Bayesian Framework and Insar Measurements: A Basin-Scale Application to Alto Guadalentín, Spain
Gioana Teora (Politecnico di Torino) A 3D-1D Virtual Elements Approach for Soil Stability Reinforcement through Root Systems
Fabio Vicini (Politecnico di Torino) Refinement techniques for fractures and faults
Michele Visinoni (Politecnico di Milano) Virtual Element approximation for poroelasticity problems
Pietro Zanotti (Università di Milano) Inf-sup stable discretization of the Biot's equations
Wednesday 5 February
14.00 - 14.25: Visinoni
14.25 - 14.50: Bonetti
14.50 - 15.15: Borio
15.15 - 15.40: Bressan
Coffee Break
16.20 - 16.45: Fumagalli
16.45 - 17.10: Prada
16.10 - 17.35: Teora
17.35 - 18.00: Botti
Thursday 6 February
9.00 - 9.25: Dovera
9.25 - 9.50: Millevoi
9.50 - 10.15: Tamellini
10.15 - 10.40: Aspri
Coffee Break
11.20 - 11.45: Dassi
11.45 - 12.10: Vicini
12.10 - 12.35: Moretto
12.35 - 13.00: Zanotti
Michele Botti, Politecnico di Milano
Michele Visinoni, Politecnico di Milano
Pietro Zanotti, Università degli Studi di Milano
From Lambrate railway station:
by metro, take green line and stop at Piola;
by filobus, take line 93 and stop in "Piazzale Gorini";
by feet, about 15 minutes of walk.