RBF morph theory and applications case-history
  • Dr. Marco Evangelos Biancolini, "Tor Vergata" University of Rome, University of Ljubljana
  • September 2013

Slide contents

  • RBF Morph training agenda - general introduction
  • RBF Morph training material
  • RBF Morph training
  • RBF Morph outline
  • Morphing and smoothing
  • RBF Morph features
  • Mesh Morphing with radial basis functions
  • One pt at center 80 pts at border
  • Effect on surface (gs-r)
  • Effect on surface (cp-c4)
  • Effect on surface (1166pts))
  • Morphing the volume mesh
  • Background: RBF Theory1
  • Background: RBF Theory2
  • Background: RBF Theory3
  • Background: accelerating the solver
  • Background: solver performances escalation
  • Coming soon: GPU acceleration!
  • Scaling plot
  • How it works: the work-flow
  • How it works: the problem setup
  • Industrial applications
  • Motorbike windshield
  • Formula 1 front wing
  • Motorbike windshield
  • Formula 1 front wing
  • Sails trim
  • Exhaust manifold contrained optimization adjoint solver
  • Optimized vs. original - streamlines
  • Optimization of sweep angles
  • Optimization of nacelle
  • 50:50:50 Project Volvo XC60
  • Aeroelastic Analysis of Formula 1 front wing - 1
  • Aeroelastic Analysis of Formula 1 front wing - 2
  • MORPH lab
  • Ice accretion morphing
  • 3D accretion morphing
  • Ship hull1
  • Ship hull2
  • Modeling guidelines
  • end