Description
HOM | Part 1 / 2
Tribute session to Dr. Gustavo Buscaglia
Sesión homenaje al Dr. Gustavo Buscaglia
Organizes:
Roberto Ausas, Adrián Lew, Santiago Márquez Damián, Mario Storti
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Axel E. Larreteguy (Universidad Argentina de la Empresa (UADE), Buenos Aires, Argentina), Gustavo Buscaglia (Instituto Balseiro, Argentina. Universidade de São Paulo, Brasil)11/13/25, 11:30 AM
La industria nuclear argentina se destaca por muchos proyectos exitosos en el campo de los reactores nucleares de investigación. Estos reactores tienen la característica de ser diseños únicos, con especificaciones particulares que plantean desafíos diferentes en cada proyecto. En particular la termohidráulica interna de moderador y refrigerante debe lidiar con convección natural, geometrías...
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Adrián Lew (Department of Mechanical Engineering, Stanford University, US), Amir M. Mirzendehdel (Artificial Intelligence Center (AIC), SRI International, CA, USA), Morad Behandish (Artificial Intelligence Center (AIC), SRI International, CA, USA)11/13/25, 11:50 AM
Designing high-performance parts increasingly requires not just choosing a shape, but also tailoring what material goes where inside that shape. Additive manufacturing technologies are making such spatial control of material properties more and more feasible, opening the door to designs that were once impossible. Yet the palette of materials typically available to designers is limited and...
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Cristian G. Gebhardt (Bergen Offshore Wind Centre (BOW) Geophysical Institute, Norway), Bruno A. Roccia (Bergen Offshore Wind Centre (BOW) Geophysical Institute, Norway), José M. Bossio (Universidad Nacional de Río Cuarto, Córdoba, Argentina), Guillermo R. Bossio (Universidad Nacional de Río Cuarto, Córdoba, Argentina)11/13/25, 12:10 PM
"In this presentation, we introduce a new framework for the data-driven simulation of electrical circuits based on discrete-continuous optimization. For this, we provide a formal derivation of the data-driven discrete forward-dynamics problem and for its recursive solution, we adopt a strategy relying on an alternating direction method. Even when we target capacitive elements and circuits of...
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Ramón Codina (CIMNE, Centre Internacional de Mètodes Numèrics a l’Enginyeria, Universitat Politècnica de Catalunya, Barcelona, Spain)11/13/25, 12:30 PM
In this work we consider the finite element approximation of two problems with a similar mathematical structure—Darcy’s problem and the problem of linear elasticity. Each of these problems is approximated with two finite element formulations. In the first one, inf-sup stable interpolations are assumed for the two variables in play, namely, velocity and pressure for Darcy’s problem and stress...
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Fabián Bombardelli (University of California, USA)11/13/25, 12:50 PM
El campo de lo que se conoce como Hidráulica se caracteriza por números de Reynolds exorbitantes, dimensiones excelsas y, frecuentemente, grandes velocidades. Flujos pertenecientes a este campo incluyen el transporte de sedimentos en ríos, y la incorporación de aire en rápidas, entre otros. Simular estos escurrimientos es sumamente complejo porque a menudo se combinan condiciones no diluidas...
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