Schedule Thursday 21th Oct 2021

TimeEvent
Reduced Order Methods (Chair: Gianluigi Rozza)
09:00-09:50Keynote Lecture:
Peter Benner: Balanced Truncation for Linear and Nonlinear Systems on Industrial Scale
Contributed Talks
09:50-10:15Nirav Vasant Shah: A parametric reduced order model for real-time simulation of the thermo-mechanical coupling arising in blast furnaces
10:15-10:40Onkar Jadhav: Model Order Reduction for Parametric High Dimensional Models in the Analysis of Financial Risk
10:40-11:00Coffee break
11:00-11:25Umberto Morelli: Boundary heat flux estimation in continuous casting molds using data assimilation
11:25-11:50Marcus Bannenberg: Reduced Order Multirate Schemes in Industrial Circuit Simulation
11:50-12:15Nicola Rares Franco: Reduced Order Modelling of Partial Differential Equations using Deep Neural Networks: Towards Optimality
12:15-12:40Matteo Torzoni: An MCMC approach powered by a multi-fidelity deep neural network surrogate for damage localization in civil structures
12:40-14:00Lunch Break
14:00-14:25Andrea Manzoni: Deep learning-based reduced order models for Micro-Electro-Mechanical systems
14:25-15:15Keynote Lecture:
Wil Schilders: Reducing complexity of neural network models
15:15-15:30Coffee break
Coupled Systems (Chair: Christian Vergara)
15:30-16:20Keynote Lecture
E. Jan W. ter Maten: Coupled Problem Solutions
Contributed Talks
16:20-16:45Bernhard Pöchtrager: Combining CFL-like conditions and multirate DAE framework for applications in system simulation software
16:45-17:10Elena Zappon: Coupled problems efficient solution through DEIM-based data projection across non-conforming interfaces
17:10-18:00Keynote Lecture:
Vittorio Romano: Coupled charge and phonon transport in graphene and new GFETs

20:00

Social dinner at ”Restaurante Ale”