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PhD Exams - Mathematical Analysis, Modelling and Applications

Institution: 
SISSA
Schedule: 
Thursday, September 24, 2020 - 11:00 to 18:30
Location: 
A-128
Location: 
Zoom (sign in to get the link)
Abstract: 
Expected time - Candidate: advisor(s);  internal members, external members. Title
 

11:00 Ms Flavia Santarcangelo, Prof. Fabio Cavalletti; Prof. Massimiliano Berti, Prof. Nicola Gigli; Prof. Pavel Plotnikov, Prof. Emanuel Milman [and report from Prof. Robert J McCann]. "Metric measure spaces satisfying curvature-dimension bounds: geometric and analytic properties”

12:00 Mr Luca Franzoi, Prof. Massimiliano Berti,  Dr. Alberto Maspero; Prof. Nicola Gigli; Prof. Nader Masmoudi, Prof. Pavel Plotnikov. "Long time dynamics of Hamiltonian PDEs: linear Klein-Gordon and water waves equations
 
13:30 Mr Saddam Hijazi, Prof. Gianluigi Rozza, Dr. Giovanni Stabile, Dr. Andrea Mola; Prof. Luca Heltai, Prof. Giovanni Noselli;  Prof. Traian Iliescu*, Prof. Nicola Parolini. "Reduced order methods for laminar and turbulent flows in a finite volume setting: projection-based methods and data-driven techniques"
 
14:30 Ms Monica Nonino, Prof. Gianluigi  Rozza, Dr. Francesco Ballarin; Prof. Luca Heltai, Prof. Giovanni Noselli; Prof. Traian Iliescu, Prof. Yvon Maday [and report from Prof. Annalisa Quaini]. "On the application of the Reduced Basis Method to Fluid-Structure Interaction problems

15:30 Mr Federico Pichi, Prof. Gianluigi  Rozza, Dr. Francesco Ballarin; Prof. Luca Heltai, Prof. Giovanni Noselli; Prof. Traian Iliescu, Prof. Yvon Maday [and reports from Prof. Jan S. Hesthaven and Prof. Anthony T. Patera]. "Reduced order models for parametric bifurcation problems in nonlinear PDEs”

16:30 Mr Giovanni Corsi, Prof. Antonio De Simone; Prof. Giovanni Noselli, Prof. Luca Heltai; Prof. Alain Goriely, Prof. Roberto Verzicco  [and report from Prof. Francois Alouges]. "Fluid structure interaction problems involving thin active shells and microswimmers

17:30 Mr Daniele Agostinelli, Prof. Antonio De Simone, Prof. Giovanni Noselli; Prof. Gianluigi Rozza; Prof. Davide Bigoni, Prof. Alain Goriely. "Mathematical models for biological motility: From peristaltic crawling to plant nutations

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