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Vincent De Ville De Goyet Chairman of the Board of Directors of GREISCH Vincent de Ville de Goyet Chairman of the Board of Directors of GREISCH COORDINATION ET CO-OPERATIVE, of BUREAU D’ETUDES GREISCH PLC and of GREISCH INGÉNIERIE PLC Administrator of BUREAU GREISCH LUXEMBOURG PLC Director for the entire group GREISCH 1956 Born at Huy Belgian nationality Domiciled in Huy Studied construction civil engineering at Liège university Final dissertation entitled "Contribution à l'étude de la resistance ultime dans le plan des poutres en treillis à nœuds rigides" (Contribution to the study of the ultimate strength in the plane of lattice beams with rigid intersections) 1979 Graduated Magna Cum Laude as construction civil engineer Doctorate thesis: "L'analyse statique non linéaire par la méthode des éléments finis des structures spatiales formées de poutres à section non symétrique". (Non-linear static analysis, using the finite element method, of spatial structures formed from beams of non-symmetrical section.) 1988 Graduated Summa Cum Laude as Doctor of Applied Science from Liège university Languages - french: native language, - english: written and spoken knowledge. Additional training - Liège university (Belgium): "Theory of vibrations", Prof. Géradin, - Brussels university (Belgium): "Special civil engineering problems", Mr. Sphel, senior lecturer, - Institute for Computational Engineering (France): "Non-linear Finite Element Analysis", Profs. Th. Hughes and T. Belytschko, - "École Nationale des Ponts et Chaussées" (France): "Designing buildings, bridges and other civil engineering works in an earthquake zone". University 1979-1984 FNRS (National Scientific Research Fund) contender in the ARGENCO (formerly MSM) department of Liège university, 1984-1989 Research engineer for Liège university, 1991-2004 Assistant Professor Trasenster of Liège university, 1979-1989 Manager for the development of FINELG, a finite element software in the field of Civil Engineering, Since 2002 holder at Liège university of the course for "Non-linear calculation of structures", Since 2010 Professor at CHEC (Paris) (Centre des Hautes Etudes de la Construction), Course "Theory of the Finite Element Method in the Linear Field", Professor at Liège university, holder of the course "Non-linear calculation of structures in the field of Civil Engineering" and "Design of bridges". Greisch Since 1989 Engineer at BUREAU GREISCH at Liege Director of the Research and Development Department and Special Studies Department Responsible for the relationships between Greisch office and Liège university Since 2003 Responsible for the development of FINELG for Liège University (ARGENCO department), Greisch office Since 2014 Administrator and Director of GREISCH INGÉNIERIE SA Since 2015 Administrator and Director of GREISCH COORDINATION ET ETUDES Administrator and Director of BUREAU D’ÉTUDES GREISCH SA President of GREISCH COORDINATION ET ETUDES President of GREISCH INGÉNIERIE SA Awards - 1989 Louis Baes Award from the Belgium Royal Academy of Science Science Category (14th period 1988/1989), - 2004 Award from the French Civil Engineering Association (AFGC) (FR) for "carrying out exceptional work in the scientific and technical field", - 2009 Award from the Institution of Structural Engineering, Republic of Ireland for the exceptional presentation "The Millau Viaduct, an Outstanding Structure", - 2010 Award from the "Association pour le promotion de l’enseignement de l’acier", APK awarded to an "emblematic person in the field of steel construction", - 2017 Award from AIV - Association de l’Ingénierie du vent – for ‘… caractère original et inédit dans le domaine de l’ingéniérie du vent associé à l’art de construire…’ National and International Commissions - Member of the committee "ECCS - Technical Working Group 8.3. (Plate buckling), - Member of the committee drafting the Belgian Annex to Eurocode 1 - part 1-4 - Actions on structures - Wind actions, - Member of the committee IABSE - Working group 4. (Vibrations of structures), - Member of the AIV (Association de l’Ingéniérie du Vent - Wind Engineering Association) Vice-President between 2009-2013, Administrator since 2017 - Member of the committee "Modelisation of Structures" of AFGC (Association Française du Génie Civil), - Member of the working group of IABSE – WG10 "Super-long span Bridge Aerodynamics, - Administrator of "AFGC - Nord Picardie", - Administrator of “IABSE Belgium”. Teaching - Course: "Geometrically non-linear problems" (Master cycle Civil Engineering) at Liège University, - Course: "design of bridges" (Master cycle Civil Engineering) at Liège University, - Supervision of numerous master theses in the field of non-linear calculations, - Course on the Modelisation of civil engineering constructions, fatigue design and design under turbulent winds, at Liege University, - Course "Modelisation of structures in the linear field" at CHEC, - As part of GRASMECH - ULG 2009, "Analysis of structures under the action of wind" and "Analysis of structures under seismic action", - As part of the course "Refurbishment of structures - ULG 2010", "The collapse of Terminal 2 at Roissy - Charles de Gaulle". - Member of numerous Ph.D. jury, Works linked with industrial activities - Structural design and dynamic behaviour during bulding: Telecommunication tower at Anlier (BE), Marseille mobile bridge (FR), Rouen mobile bridge (FR), temporary pier of the Steinebruck Bridge, - Stability of several bowstring and arches bridges: Marexhe, Milsaucy, Haccourt, Hermalle, Chanxhe, Maastricht, Orleans, Eau-Rouge viaduct (BE), Sado viaduct (PT), - Structural stability under service life and during construction phases: Coïmbra Cable Stayed Bridge, Millau Viaduct, Third Bosporus Bridge,… - Stability and dynamic behaviour of several cable stayed bridges: Wandre, Ben-Ahin, Alzette bridge, Pays de Liège, Millau viaduct, the Third Bosporus Bridge, - Dynamic behaviour under high speed trains: Haut-Colme, Donzère, Mornas, Mondragon, Arc viaducts (FR), - Dynamic behaviour under pedestrians movements: Les Aguesses mobile footbridge at Liège-Angleur (BE), Farciennes foortbridges, Durbuy Footbridge, Maastricht foorbridge, La Belle Liégeoise at Liège, - Design of several large roofs: Porto Stadium, Lisbon Stadium, Lille Stadium, HSR Station at Liege, Doha Stadium, Marseille Stadium? Istanbul Stadium,… - Follow-up of tests in wind tunnel lab and Numerical studies of wind effects on large structures: Pays de Liège bridge, roof the railway station at Liège (BE), Millau viaduct (FR), Cerexhe viaduct (BE), Marseille stadium (FR) , Lille stadium (FR), Fondation Louis Vuitton at Paris (France), - Structural behaviour and wind studies of large bridges: Oosterwildverbinding cable stayed bridge at Antwerpen (BE), Cerexhe bridge, Pays de Liège bridge, Ravine Fontaine bridge and Grande Ravine bridge (FR - Isle La Réunion), the Third Bosporus Bridge, - Seismic design: Lille stadium (FR), Houdeng-Aimeries Sart canal bridge (BE), Donzere, Mornas, Arc viaducts (FR), Eau-Rouge viaduct (BE), - Expertise for the collapse of Terminal 2E at Roissy Airport. Research Works - Theory of non-linear analysis and its application to the design of structures, - Theory of the non-uniform torsion, - Instability calculations, dynamic calculations, - Study of the phenomenon of respiration of steel webs, - Warping-buckling interaction in beams, - Instability of stiffened compressed plates, - Monitoring of research projects: Liège University, TDEE department: Active control of cable structures, Research centre of the Gramme Institute: The calculation to limit states of reinforced concrete and/or mixed sections, Fluid-structure interaction on cable structures, joint research action financed by the Région Wallonne and carried out by the TDEE, LTAS and MSM departments of Liège university. Theses & Doctorates Member of several jury of Ph.D. theses - Florent ROBERT "Contribution to the non-linear geometric and material analysis of space frames in civil engineering. Application to civil engineering constructions.", - Philippe BOERAEVE, "Contribution to the non-linear static analysis of flat mixed structures formed from beams, taking into account deferred effects and construction phases, - Vincent DENOËL, "Application of stochastic methods of analysis to the study of the effect of wind on civil engineering structures", - NGUYEN Quang Huy, "Modelisation of the non-linear behaviour of mixed steel-concrete beams, taking into account deferred effects", - Katy SAADE, "Finite element study of shear in thin-walled beams, using unified warping modelisation" - Morhi FOUDIL, "Contribution to the study of thin-walled beams – theoretical and digital models", - Hugues SOMJA, "Contribution to the modelisation of the behaviour of civil engineering constructions during construction phases, taking into account geometric and material non-linearity", - Yves DUCHÊNE, "Analytical and digital study of the respiration of slender cores on the ultimate strength of solid-web or box steel beams", - Hervé DEGÉE, "Contribution to the taking into account of the deformability of the straight section in a beam-type finite element", - BOISSONADE Nicolas, "Development of a beam-type finite element and other applications to steel construction", - PEDRO José Joaquim Costa Branco de Oliveira, "Pontes atirantadas mistas estudo do comportamento estructural ", - ALSAFADIE Rabe, "Displacement and Mixed-based Finite Element Formulations for Three-dimensional Corotational Beams ", - FERRADI Mohammed Khalil, "Nouveaux modèles d’éléments finis de poutres enrichies », - BLAISE Nicolas, "Principal static
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