Organizer: Chacón Rebollo, Tomás (Universidad de Sevilla)
Abstract
Reduced Order Modeling (ROM) provides reductions of several orders of magnitude in the computational cost of the numerical simulation of processes and design problems that involve large numbers of degrees of freedom. Therefore, its use makes affordable the numerical simulation of parametric systems, evolutionary and inverse problems, data assimilation and design of complex devices, among others, that would be out of reach using standard numerical simulation techniques. The mathematical analysis and development of ROMs is today a very active research field. This minisymposium presents some recent developments of Reduced Order Modeling.
Keywords: Reduced Order Modelling
Session 1. Monday 11:30 - 13:35. Room A3.
Chair: Gómez, Macarena (Universidad de Sevilla)
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Speaker |
Organization |
Contribution title |
|
Rapún, María Luisa |
Universidad Politécnica de Madrid |
Collocated POD and Galerkin projection on the fly for fast time integration of PDEs |
|
Mora Jiménez, María |
CEU Cardenal Herrera |
A Laplacian approach to the Greedy Rank-One Algorithm for a class of linear systems |
|
Oulghelou, Mourad |
Université de La Rochelle |
Real-time flow optimal control by interpolated reduced order models |
|
Sánchez Muñoz, Isabel |
Universidad de Sevilla |
Low-rank approximations for parametric non-symmetric elliptic partial differential equations |
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Session 3. Tuesday 10:30 - 11:45. Room A3.
Chair: Gómez, Macarena (Universidad de Sevilla)
|
Speaker |
Organization |
Contribution title |
|
Chacón Rebollo, Tomás |
Universidad de Sevilla |
Development of an evolutionary Smagorinsky Reduced Model |
|
Delgado Ávila, Enrique |
SISSA, Trieste |
A non-Intrusive reduced order model for fluid flow in glass industry |
|
Falcó, Antonio |
CEU Cardenal Herrera |
Geometry of tree-based tensor formats in tensor Banach spaces |
