Exposants présents au colloque
     
Zoom sur les conférences plénièresMARDI 20 NOVEMBRE 20129h45 - Conférence générale - Keynote LectureChairman Jean-Claude GOLINVAL (Univ. Liège / LTAS - Belgique) Professor Luigi GARIBALDI (Politecnico di Torino / DIMEC) 
« Output-only, time-variant and non linear systems: headache or challenge to system identification? » Full Professor of Applied Mechanics and Vibrations at Politecnico di Torino, since 2002, he is leading the Dynamics & Identification Research Group whose research fields are: mechanical vibrations, system identification and diagnostics. He is the Coordinator of the PhD in Mechanics since 2011, and the responsible of Dynamics and Identification Research Group for industry consultancies and international program participations; he has been the national coordinator of five University net for a Ministry funded research program in 2007-2010.Invited professor at the Université de Technologie de Compiègne, in 2003 and 2004, at ENPC (Ecole des Ponts et Chaussées) in 2008, anhe has also conceived the Double Diplome accord with the UTC He is member of Mechanical Systems and Signal Processing Editorial Board since 2004 and reviewer for the most relevant Journals on vibrations, identification and monitoring. He has organized congresses, such as DAMAS (2009 in Beijing and 2007 in Torino) and Surveillance5 in Compiègne (2004 France) and he is participating in a number of congress scientific committees.He has been External examinator / tutor / jury member for a number of PhD Thesis and HDR in Italy, France and Belgium. He has signed many research contracts with private companies such as Fiat Auto, D.R. Renault, Alenia, Pininfarina, Maserati, Fiat Engineering, Ferrari and many others. He has published about 140 papers in International reviews and congresses. ------------------------------------ MERCREDI 21 NOVEMBRE 20128h15 - Conférence générale - Keynote LectureChairman Jean-Pierre LOMBARD (SAFRAN) Professor David J. EWINS (Univ. Bristol / Imperial College London) 
« Future Directions in Experimental Structural Dynamics » David Ewins has spent the past 50 years studying and measuring vibration in a range of application areas - mostly in aerospace, defence and other hi-tech industries. Having studied at Imperial College London and Cambridge University, he has been based at Imperial, throughout his career, and as Professor of Vibration Engineering since 1983, with periods as Visiting Professor overseas in the USA, France, Switzerland and Singapore. Following partial 'retirement' in 2005 (he still spends 1 day per week at Imperial) , he now spends much of his time at Bristol University where he is Director of the BLADE laboratories and Director of the AgustaWestland UTC in Vibration Reduction. He is also the Chairman of the EU CleanSky Scientific and Technology Advisory Board. His research has focused on two main areas - Modal Testing (and it applications) and Vibrations in Turbomachinery, in the latter case, working closely with Rolls-Royce since 1963. Current research priorities are (i) developing new test strategies to improve the effectiveness of vibration testing by an order of magnitude, including the development of new laser-based measurement techniques; (ii) properly accounting for the effects that structural joints have on the dynamics of engineering structures and (iii) incorporating robustness characteristics in dynamic analysis and design. He founded the Dynamic Testing Agency in 1990 (now the Dynamics and Testing Working Group in NAFEMS), has published a textbook and many papers on Modal Testing, and a total of more than 300 papers on structural dynamics in general. He set up the first Rolls-Royce University Technology Centre (Vibration UTC) at Imperial College on 1990 and is currently running the new AgustaWestland UTC in Vibration Reduction at Bristol University. Between these two projects, as the first Temasek Professor in Singapore (at Nanyang Technological University), he set up the Centre for the Mechanics of Microsystems (CMMS) between 1999-2002. He is a Fellow of the Royal Society and of the Royal Academy of Engineering.
Déroulement Les présentations seront en langue française. Afin de mettre l’accent sur la discussion, la durée des exposés sera de 20 minutes. Chaque présentation sera suivie de 10 minutes de questions/discussion. Une session Poster a été mise en place compte tenu du nombre et de la qualité des communications. Une synthèse de la journée, en vue de dégager les axes de recherche et de développement futurs, clôturera les présentations.
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