Yann Bartosiewicz obtained his PhD in mechanical engineering from U. of Sherbrooke, Canada in 2003. After a position of research scientist at Natural Ressources Canada, he joined UCL in september 2005 as assistant professor. Since 2013 he is associate professor at UCL in the division of thermodynamics and fluid mechanics (TFL) which he lead between 2012-2016. His teaching duties include thermodynamics, thermal cycles and nuclear thermal-hydraulics. He is also an academic member of the Belgian Nuclear Education Network (BNEN) which he chaired between 2012-2016.
His research interest covers numerical simulation and experiment in thermodynamic, fluid mechanics and heat transfer for applications in energy systems and nuclear thermal-hydraulics.
For energy systems his research focusses on the investigation of supersonic ejectors to be used in waste heat recovery technologies as well as two-phase ejectors to be used in heat pumps. Those investigations are carried out at the component scale by as well as at the system scale. In both cas a balance is achieved between numerical simulations (CFD, system modeling) and experiments (local flow measurement/visualization within an ejector and full system experiment). In this field the collaborations includes Natural ressources Canada, University of Sherbrooke, Georgia Institute of Technology, University of Firenze, EDF (Electricité De France), Polish academy of sciences.
For nuclear thermal-hydraulics, the research is essentially conducted by numerical simulation. The main research topic concerning GENII/GENIII reactors is the simulation of two-phase choking occurring during the flashing of a liquid (application to a Loss of Coolant Accident) other two-phase flows situation related to safety. For future reactors (GENIV) the research is focussed on the simulation of turbulent heat transfer in liquid metals under different conditions; this includes direct numerical simulations (DNS), Large-Eddy Simulation (LES) and Reynolds Averaged Simulation (RANS). This research in thermal-hydraulics is essentially achieved through the participation in EU projects with many collaborators (EDF, CEA, NRG, SCK•CEN, VKI, etc.). More information ...
Philippe Chatelain obtained his doctorate in aeronautics and applied mathematics from Caltech in 2005. After a research associate position at ETH Zurich, he is since 2009 professor of aeronautical mechanics at UCL. His research interests cover fluid mechanics, Lagrangian numerical methods, their deployment in HPC environment, and their application to fundamental problems as well as more applied ones in bio-propulsion, aeronautics and wind energy. His work in these last two thematics led in 2013 to the launch of Wake Prediction Technologies, a spin-off company which offers services in studying and modelling aircraft and wind turbine wakes.
He also collaborates with the von Karman Institute, ULg and Cenaero on aerothermal flows past Thermal Protection Systems. Other collaborations include UMons, UCLA, Caltech,UIUC, DTU and ETHZ. More information ...
Hervé Jeanmart obtained a mechanical engineering degree from UCL in 1996 and then his PhD in fluid mechanics in 2002 from the same University. After a post-doctoral experience at the University of Stuttgart (team of Prof. Weigand) in 2003 on the internal cooling of gas turbines, he came back at UCL as an associate professor in 2004.
His teaching activities cover basic and applied thermodynamics, internal combustion engines and renewable energy.
His research activities cover topics related to combustion, and more specifically, biomass thermochemical conversion including gasification, combustion and operationnal issues, combustion of gases in HCCI engines and combustion kinetics. Recently, he started a new interdisciplinary activity on the Energy Return on Investment of renewable energy and its impact on the society.
Research collaboration includes ULB, VUB, Umons, CIRAD, CEA, University of Lille and University of Orléans. He also collaborates with the University of Kinshasa, the University of Ouagadougou and the 2iE. More information ...
Miltiadis Papalexandris received an MSc degree in Naval Architecture & Marine Engineering from the National Technical University of Athens and MSc and PhD degrees in Aeronautics from the California Institute of Technology (Caltech). Soon after the completion of his PhD, he joined the Engineering Staff of NASA's Jet Propulsion Laboratory. While at NASA, he worked mainly on thermal control and optical modeling of space telescopes, including the James Webb Space Telescope (JWST) and the Laser Interferometry Space Antenna (LISA). In 2002 he became a member of the academic personnel (faculty) at UCL where he remains until now. He is the recipient of the William Balhaus Dissertation Prize of Caltech, NASA's Space Act Award, and the NOVA Award of Excellence of NASA. Prof. Papalexandris is an Associate Fellow of the American Institute of Aeronautics and Astronautics (AIAA).
The research activities of his group lie primarily on the fields of Theoretical and Computational Fluid Dynamics with particular emphasis on the fundamentals of multi-phase flows, complex fluids, and reacting flows. These activities cover: i) development of mathematical models for the flows of interest, ii) algorithm development and implementation for these models, iii) software verification and validation, and iv) detailed numerical studies and simulations via high performance computing. More information ...
Grégoire Winckelmans obtained a mechanical engineer degree from UCL (1983), a postgraduate degree in aeronautics and aerospace from the von Karman Institute (VKI, 1984), a M.S. degree (1985) and a Ph.D. degree (1989) in aeronautics from the California Institute of Technology (Caltech). He was senior scientist at STD Research Corp. until 1992, then postdoc at Caltech until 1993, then assistant professor at U. of Sherbrooke. He joined UCL in 1996 and is full professor since 2007. His service duties include: member of the “Conseil d’Administration” of Cenaero (since 2003), of Skywin aerospace cluster of Wallonia (since 2006), president of the mechanical engineering dept. (2007-2009), then of iMMC (2009 -2015).
His research interests cover fluid mechanics, and more specifically turbulent flows, together with their numerical simulation (DNS, LES) deployed in HPC, and their modelling; advanced numerical methods (eulerian, lagrangian, hybrid vortex particle-mesh (VPM) method) and subgrid-scale modelling (also multi-scale); vortical and turbulent flows: wakes of aircraft, wind turbines, rotorcraft.
He and the research group worked on many projects devoted to aircraft wake vortices since 1994: Canadian project (VFS), EC projects (I-WAKE, ATC-WAKE, AWIATOR, WakeNet2-Europe, FAR-WAKE, FLYSAFE, CREDOS, WakeNet3-Europe, GREEN-Wake, UFO), RW project (LASEF), research contracts in projects (TBS, WIDAO, SESAR 6.8.1 for Eurocontrol, SESAR 12.2.2 for Thales, SESAR 9.11 and 9.30 for Airbus), service contracts (Airbus). They also developed the WAKE4D software for operational modelling of aircraft wake vortices, and developed metrics for the assessment of wake hazard (also for RECAT-EU and for RECAT2-EU). He his co-founder, with Prof. Philippe Chatelain and Dr. Ivan De Visscher, of Wake Prediction Technologies (WaPT): a UCL spin-off created in 2013; also built on the expertise developed in the simulation and modelling of aircraft wakes and wind turbine wakes (since 2010).
Hamid ït Abderrahim is a nuclear engineer and reactor physicist. A graduate from South Paris University, he chose to conduct his doctoral research at the Belgian Nuclear Resaerch Centre in 1984. He has stayed in Belgium ever since. In 1996, he set up the MYRRHA project to develop an innovative research infrastructure in close collaboration with various research centres and European universities among them UCL. In 2006, he became director of one of the scientific institutes of SCK•CEN before being appointed as Deputy Director-General in 2010.
Michel Giot is Emeritus Professor of the Catholic University of Louvain (UCL, Louvain-la-Neuve, Belgium), where he got his doctoral degree in mechanical engineering in 1970. During his career he was active in research in two-phase flows and heat transfers, teaching thermodynamics, transport phenomena, nuclear thermal-hydraulics and major technological hazards. He was Dean of Engineering of UCL from 1989 to 1994, and chair of the Board of the Ecole Nationale Supérieure d’Ingénieurs de Constructions Aéronautiques (ENSICA – Toulouse) from 2001 to 2006.
He contributed to the creation of the Belgian Nuclear Higher Education Network (BNEN) , an inter-university postgraduate nuclear engineering programme, and to the creation of the ENEN network.
He is currently Member of the Board of SCK•CEN (the Belgian Nuclear Research Centre) and of Isotopes Services International n.v./s.a. (ISI), a radio-isotopes transportation company.
He is Honorary Chair of the Scientific Council of SCK•CEN and Member of several scientific advisory boards including the scientific council of ionizing radiations (AFCN-FANC), the scientific committee of the nuclear energy division of CEA (France) and the Comité de Visite of IRSN (France). In the recent times he was invited by the French AERES and HCERES to chair several scientific evaluation committees.
Active in international editorial boards and in the organisation of conferences and symposia, Michel GIOT was lead guest editor of the special issue of “Science and Technology of Nuclear Installations” devoted to TOPSAFE 2008, and of the special issue of “Progress in Nuclear Energy” devoted to EUROSAFE 2013. He has chaired the scientific committee of the ANIMMA (Advancements in Nuclear Instrumentation, Measurement Methods and their Applications) Conferences from 2009 to 2017.
Member of the European Academy of Sciences and Arts and Doctor h.c. of the University Politehnica of Bucharest, he received several Belgian and French distinctions.
He authored or co-authored several books or parts of books, about two-hundred papers in journals or at conferences, and one patent.