Internship reports

  • 2011, Jonathan Baptista, SUPMECA / Ecole Centrale de Paris, "Space-time finite elements methods in elastodynamics" [pdf]
  • 2011, Nicolas Salvat, ISAT (Université de Bourgogne), "Abradable material removal in aircraft engines: a time delay approach" [pdf]
  • 2009, Patrick Diez, McGill University, "A Windows/Linux Hybrid Network" [pdf]
  • 2009, Anthony Guégan, Ecole Centrale de Nantes, "Parameter Study of Bladed Disk/Casing Interactions Through Direct Contact in Aero-engine Assemblies" [pdf]
  • 2009, Charline Lieutier, INSA de Rouen, "Effets combinés du désaccordage géométrique déterministe et du faible désaccordage aléatoire sur la réponse forcée d'une roue aubagée" [in French] [pdf]
  • 2007, Bruno Varin, Ecole Centrale de Nantes, "Reduced Order Modeling of Bladed Disks Featuring Large Mistuning" [pdf]
  • 2007, Stéphanie Polchi, Ecole Centrale de Nantes, "Multi-Scaling and Averaging for Higher Fidelity Lumped Model of Bladed Disk with Centrifugal Pendulum Vibration Absorbers" [pdf]
  • 2006, Cédric Rouault, Ecole Centrale de Nantes, "Application de la symétrie cyclique sur un modèle de roue aubagée avec réduction modale" [in French] [pdf]


  • 2009, October 27th, Mathias Legrand, McGill University, Montréal, Canada, "Introduction to Rotordynamics" [pdf]


  • Technical note on the use of 3D bicubic B-splines in two and three dimensions. It contains Matlab code of the presented developments [in French] [pdf]
  • Technical note on the use of cubic B-splines in two dimensions. It contains Matlab code for each example and allows for a fast and easy computation of B-spline for any set of points [in French] [pdf]
  • Brief description on how to transfer structural matrices (mass, stiffness...) from Ansys to Matlab. It describes more precisely the computation of elementary cyclic symmetric matrices from an elementary sector in Ansys. [pdf]


  • Beamer LateX files with a nice McGill layout. [7z]