Évènements / Séminaires

Évènements à venir

Modeling for control of Multi Energy Systems based on a physical description in Modelica: application to a city district

Tuesday 13th April at 14:00 via Microsoft Teams atClick here to join the meetingLearn More | Meeting options Speaker: Joy El Feghali, PhD student at Paris-Saclay University Title: Modeling for control of Multi Energy Systems based on a physical description in Modelica: application to a city district Abstract: The environmental pressure associated with the development of control possibilities of […]

13/04/2021

Séminaire de Frédéric Boyer

06/04/2021 – 14h00-15h00 – Online Dynamics of continuum and soft robots: a strain parametrization based approach Frédéric Boyer (LS2N, IMT-Atlantique, Nantes) Abstract. In this seminar we propose a new dynamic model of Cosserat beams in view of its application to continuum and soft robotics manipulation and locomotion. In contrast to usual approaches, it is based […]

06/04/2021

UQSay #27

The twenty-seventh UQSay seminar on UQ, DACE and related topics, organized by L2S, MSSMAT, LMT and EDF R&D, will take place online on Thursday afternoon, April 1, 2021. 2–3 PM — Julien Pelamatti (EDF R&D) — [slides] Bayesian optimization of variable-size design space problems Within the framework of complex system design, it is often necessary […]

01/04/2021

Analysis and representation of non-stationary signals in inertia-reduced power grids

Friday 26th March at 9:30 via Microsoft Teams following this link Speakers: Prof. M. Paolone, Dr. A. Derviškadić, Dr. G. Frigo and A. KarpilowAbstract – Power systems are rapidly evolving towards low-inertia networks and system operators are facing new challenges to operate their grids safely. Specifically, they are facing a significant increase in renewable energy sources and inverter-connected […]

26/03/2021

Séminaire de Vincent Perrollaz

23/03/2021 – 14h00-15h00 – Online Control and Feedback stabilization for entropy solutions to conservation laws Vincent Perrollaz (IDS, Université de Tours) Abstract. Hyperbolic conservation laws are partial differential equations that are used to model many kind of physical phenomena: gas dynamics, traffic flow, electromagnetism, shallow water theory, combustion theory… However even the simplest equation of […]

23/03/2021