ETNA: Efficient Time-Stepping Numerical Approaches for PDEs - Forward and Inverse Models with Applications 

List of titles:

• Giacomo Albi - Robust control strategies for magnetically confined fusion plasma

• Martina Allegra - TBA

• Wasilij Barsukov - One-stage high-order time integration in Active Flux methods

• Beatrice Battisti - A numerical scheme for compressible two-phase flows at all Mach numbers

• Oliver Bodart - Domain decompsition and immersed boundary methods in volcanology problems

• Walter Boscheri - Asymptotic Preserving Virtual Element Methods for viscous compressible flows

• Mirco Ciallella - Stability analysis of discontinuous Galerkin with a high order embedded boundary treatment for linear hyperbolic equations

• Alessandro Coclite - A $P-(EC)^k$ Scheme for Nonlinear Peridynamics on Manifolds

• Fabio Credali - Advances on the finite element discretization of fluid–structure interaction problems

• Gilda Currenti - Thermo-poro-elastic modeling of geophysical changes in volcanic areas

• Alessia Del Grosso - A non-conservative scheme for hyperelastic materials circumventing the involution constraint

• Hridya Dilip - Higher-Order Ghost Finite Element Methods for Time-Dependent Problems on Moving Domains

• Michael Dumbser - A simple and general framework for the construction of exactly div-curl-grad compatible discontinuous Galerkin finite element schemes on unstructured simplex meshes

• Francesco Fabbri - Graph-Convolutional-Beta-VAE for Synthetic Abdominal Aorta Aneurysm Generation

• Camilla Fiorini - Hybrid autoencoder/Galerkin approach for nonlinear reduced order modelling

• Elena Gaburro - Space-time control volumes around topology changes for 1D, 2D and 3D Voronoi-like tessellations in view of high order direct ALE schemes

• Angelo Iollo - Collocation Schemes for Model Reduction: Analysis and Application

• Giordano Montegrossi - Fluid flow modeling in a Volcanic Hydrothermal system

• Tomas Morales de Luna - Modeling and numerical simulation of geophysical flows in a shallow framework

• Enrique Domingo Fernandez Nieto - A comparison of depth-averaged lava flow models

• Mario Ricchiuto - XFEM type methods to resolve stress changes on volcanic fractures

• Matteo Semplice - Large timesteps for conservation laws

• Pietro Sittoni - Test-Time Control & Efficiency in Neural Physics Simulation

• Alessandra Zappa - Extending Quinpi in 2D: an implicit scheme for nonlinear conservation laws

• Salman Zeb - TBA

• Umberto Zerbinati - Direct Simulation Monte Carlo for Ordered Fluids