François Grinnaert
corps enseignant
biographie
François Grinnaert is an Art & Métiers engineer. He served in the French Navy for 22 years, first on board various warships as an energy officer, then as a teacher at the Centre d’Instruction Naval de Saint-Mandrier (now Pole des Ecoles de la Méditerranée) and at the Naval School.
In 2006, he completed a specialization course in Naval Architecture and Offshore Engineering at ENSTA Bretagne and specialized in ship stability.
In 2013, he published, with Jean-Marc Laurens, a research professor at ENSTA Bretagne, a book dedicated to ship stability (Ellipses, Technosup collection).
In 2017, he defended a doctoral thesis conducted at the Naval School in collaboration with ENSTA Bretagne entitled “Study and implementation of second generation criteria in a stability code”.
François Grinnaert is the author of the “Calcoque” software, a stability and naval architecture software for educational purposes, embedded in several warships and used in schools for teaching (tutorials, practical work, projects) and research.
In September 2017, François Grinnaert joined the ENSM, which was assigned as a research professor at the Le Havre site.
Titre : Enseignant chercheur
Domaine de compétence :
Enseignements : Stabilité du navire, mécanique, résistance à l’avancement, construction
Recherche : Hydrodynamique navale
Contact : françois.grinnaert@supmaritime.fr
publications
https://www.theses.fr/2017BRES0003.pdf
Grinnaert F., Laurens J.-M. (2013). Stabilité du navire – Théorie, réglementation, méthodes de calcul – Cours et exercices corrigés. Ellipses, collection Technosup, ISBN 978-2-7298-80644.
Grinnaert F., Billard J.-Y., Laurens J.-M. (2016). KGmax curves associated with 2nd Generation Intact Stability Criteria for Different Types of Ships. Journal of Marine Science and Application. DOI: 10.1007/s11804-016-1369-3.
https://link.springer.com/article/10.1007/s11804-016-1369-3
Grinnaert F., Billard J.-Y., Laurens J.-M. An Energy Analysis of Parametric Roll for Application to the Second Generation Intact Stability Criteria. Journal of Marine Science and Technology. DOI : 10.1007/s00773-017-0444-z.
Billard J.-Y., Grinnaert F., Delumeau I., Vonier P., Creismeas P., Leguen J.-F., Ferreiro L. D. (2014). Forensic Study of BOUVET Capsizing. Proceedings of the 14th International Ship Stability Workshop, Kuala Lumpur, Malaysia.
Grinnaert F., Billard J.-Y., Laurens J.-M. (2015). Calcoque: a fully 3D Ship Hydrostatic Solver. Proceedings of the 12th International Conference on the Stability of Ships and Ocean Vehicles, Glasgow, UK.
http://www.shipstab.org/files/Proceedings/STAB/STAB2015/Papers/5.1-3-Grinnaert.pdf
Grinnaert F., Billard J.-Y., Laurens J.-M. (2016). Different Computations of Parametric Roll Level 2 Criterion. Proceedings of the 15th International Ship Stability Workshop, 13-15 June 2016, Stockholm, Sweden.
http://www.shipstab.org/files/Proceedings/ISSW/ISSW_2016_Stockholm/Papers/1_5_Grinnaert_ISSW2016.pdf
Grinnaert F., Gualeni P., Billard J.-Y., Laurens J.-M., Petacco N. (2016). Application of 2nd Generation Intact Stability Criteria on Naval Ships. Proceedings of the 15th International Ship Stability Workshop, 13-15 June 2016, Stockholm, Sweden.
Billard J.-Y., Grinnaert F., Delumeau I. (2015). Les Dardanelles ou la fin de l’illusion des prédreadnoughts : l’apport de la modélisation informatique. Revue d’Histoire Maritime, n° 20.
Grinnaert F., Leguen J.-F., Billard J.-Y. (2015). Application de différents règlements civils et militaires du domaine stabilité sur le cas de navires de la Marine Nationale. 113ème session de l’ATMA, juin 2015, Paris.
http://website.ec-nantes.fr/actesjh/images/15JH/Articles/grinnaert.pdf
Grinnaert F., Billard J.-Y., Laurens J.-M. (2016). Etude et implémentation des critères de seconde génération dans un code de stabilité. 15èmes Journées de l’Hydrodynamique, 22-24 nov. 2016, Brest.