Summer School on Reduced Order Methods in Computational Fluid Dynamics

from Monday, 8 July 2019 (08:00) to Friday, 12 July 2019 (19:00)
SISSA, International School for Advanced Studies, Main Campus, Trieste, Italy

        : Sessions
    /     : Talks
        : Breaks
8 Jul 2019
9 Jul 2019
10 Jul 2019
11 Jul 2019
12 Jul 2019
AM
10:30 Software Installation Support (confirmed with appointment)   ()
09:00 A posteriori error estimation for certified reduced basis methods - Dr Francesco Ballarin (SISSA)   ()
09:45 Non-affine (and nonlinear) problems - Dr Francesco Ballarin (SISSA)   ()
10:30 --- Coffe Break ---
11:00 Installation of the software packages - Session 2   ()
11:45 Practical Session with RBniCS I : worked problems - Dr Francesco Ballarin et al. (SISSA)   ()
09:00 Introduction on the Finite Volume Method and turbulence modelling - Dr Michele Girfoglio Dr Giovanni Stabile   ()
10:30 --- Coffe Break ---
11:00 Computational reduction for CFD problems with turbulence - Dr Giovanni Stabile   ()
09:00 Spectral Element Method for Computational Fluid Dynamics - Dr Martin Hess (SISSA)   ()
09:45 Guest Lecture - Prof. Annalisa Quaini - Reduced-Order Modeling for PDEs with bifurcating solutions: applications in CFD - Prof. Annalisa Quaini   ()
10:30 --- Coffe Break with Group Picture ---
11:00 Reduced Order Models for Fluid Structure Interaction - Prof. Gianluigi Rozza (Full professor)   ()
11:45 Non-Intrusive Reduced Order Models for CFD - Marco Tezzele (SISSA)   ()
09:00 Reduction in the parameter space - Marco Tezzele (SISSA)   ()
09:45 Python Companion packages for preprocessing - Nicola Demo (MHPC)   ()
10:30 --- coffe break ---
11:00 Model Reduction for Industrial Applications - Dr Andrea Mola (SISSA)   ()
11:45 Guest Lecture - Prof. Simona Perotto - HiMOD methods for Computational Fluid Dynamics - Prof. Simona Perotto (MOX, Department of Mathematics, Politecnico di Milano)   ()
PM
13:45 Opening   ()
14:00 Introduction on Reduced Order Methods in CFD: State of the art and Perspectives - Prof. Gianluigi Rozza   ()
14:45 A brief Technical Introduction on Reduced Order Methods based on Galerkin Projection - Prof. Gianluigi Rozza   ()
15:30 --- Coffe Break ---
16:00 Basics Of the Finite Element Method - Dr Francesco Ballarin   ()
16:45 Reduced Basis for Finite Element Problems - Dr Francesco Ballarin   ()
12:30 --- Lunch Break ---
14:00 Practical Session with RBniCS II : worked problems - Dr Francesco Ballarin et al. (SISSA)   ()
14:45 Certified Smagorinsky reduced basis turbulence model - Dr Enrique Delgado   ()
15:30 --- Coffe Break ---
16:00 Reduced Order Methods for Flow Control - Maria Strazzullo (SISSA, mathlab) Zakia Zainib (SISSA mathLab)   ()
17:00 Parametric reduced order methods for computational hemodynamics simulations - Zakia Zainib (mathlab, Mathematics area, SISSA) Francesco Ballarin (SISSA mathLab)   ()
17:30 Reduced order modelling in bifurcating parametrised non-linear equations - Federico Pichi (Scuola Internazionale Superiore di Studi Avanzati - SISSA)   ()
12:30 --- Lunch Break ---
14:00 Best Practices in Programming - Nicola Demo (MHPC)   ()
14:45 Weighted Reduced Order approaches for Uncertainty Quantification - Prof. Gianluigi Rozza (Full professor)   ()
15:30 --- Coffe Break ---
16:00
Poster blitz (until 17:30) ()
16:00 Non-intrusive reduced order models for the shallow water equations - Dr Sourav Dutta (US Army Engineer Research and Development Center)   ()
16:03 Reduction of the Kolmogorov $n$-width for a transport dominated fluid-structure interaction problem - Ms Monica Nonino (SISSA)   ()
16:06 Multi-scale numerical modeling of sorption kinetics - Dr Clarissa Astuto (University of Catania)   ()
16:09 Reduced basis methods for parametric bifurcation problems in nonlinear PDEs - Mr Federico Pichi (Scuola Internazionale Superiore di Studi Avanzati - SISSA)   ()
16:12 Model-Order Reduction for 3D Turbulent Mixing T-junction - Mr Kento Kaneko (University of Illinois at Urbana-Champaign) Mr Ping-Hsuan Tsai (UIUC)   ()
16:15 Finite volume POD-Galerkin Reduced Order Model of the Boussinesq approximation for buoyancy-driven flow - Ms Kelbij Star (SCK·CEN)   ()
16:18 Reduced-Order Modeling (ROM) for MSR multiphysics simulations - Mr Peter German (Texas A&M University)   ()
16:21 Using Lagrangian models in the simulation of water borne infectious diseases - Ms Meghan Kennealy (Stellenbosch University)   ()
16:24 Hybrid ROMs for problems in computational fluid dynamics - Mr Saddam N Y Hijazi (PhD student)   ()
16:27 Finite Volume Reduced Order Methods based on SIMPLE Algorithm - Mr Matteo Zancanaro (SISSA Mathlab)   ()
16:30 The polluted atmosphere as a shallow domain - Ms Nora Juhasz (University of L'Aquila)   ()
16:33 Reduced Order Methods for Boundary Conditions Estimation - Mr Umberto Morelli (ITMATI)   ()
16:36 Reduced Basis Method: The Smagorinsky Model - Ms Cristina Caravaca García (Universidad de sevilla)   ()
16:39 Reduction in parameter space with non linear active subspaces - Mr Francesco Romor (SISSA)   ()
16:42 Reduced Order Methods Applied to Nonlinear Time Dependent Optimal Flow Control Problems in Environmental Marine Sciences and Engineering - Ms Maria Strazzullo (SISSA, mathlab)   ()
16:45 Enriched Galerkin Discretization for Mixed-Dimensional Modelling Flow in Fractured Porous Media - Mr Teeratorn Kadeethum   ()
16:48 Reduced order methods for parametric optimal flow control in patient-specific coronary bypass grafts: geometrical reconstruction, data assimilation - Ms Zakia Zainib (mathLab, Mathematics Area, SISSA International School for Advanced Studies, Trieste, Italy)   ()
17:30 --- Aperitif ---
12:30 --- Lunch Break ---
14:00 Practical Session with ITHACA-FV - Dr Giovanni Stabile   ()
14:45 Practical Session with ITHACA-FV - Dr Giovanni Stabile   ()
15:30 --- Coffe Break ---
16:00 Stabilization for convection dominated problems - Dr Enrique Delgado (SISSA)   ()
16:45 Introduction to the Discontinuous Galerkin Method and to compressible flows - Dr Andrea Lario   ()
17:30 Reduced Basis for Embedded Methods - Dr Efthymios Karatzas (SISSA)   ()
20:00 --- Dinner In Trieste ---
12:30 Guest Lecture - Dr. Matteo Giacomini - The proper generalized decomposition: from low to high-order surrogate models in CFD - Dr Matteo Giacomini (Universitat Politècnica de Catalunya)   ()
13:15 Conclusion   ()
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