Energy balanced models for acoustic and audio systems: a port-Hamiltonian approach 43:47

Séminaire / Conférence
Participants
  • Antoine Falaize (conférencier)
  • Nicolas Lopes (conférencier)
  • Denis Matignon (conférencier)
  • Bernhard Maschke (conférencier)

Unfold mechanics for sound & music

From the same archive

Multisymplectic geometry with symmetry. Application to the Reissner beam 45:19

Multisymplectic Lie group variational integrators Part 1: derivation and properties 49:25

KEYNOTE 1: Multisymplectic geometry: some perspectives 47:38

Nonlinear physical models of vibration and sound synthesis 30:33

Wave turbulence in thin vibrating plates. Application to the sound of cymbals and gongs. 38:57

Multisymplectic Lie group variational integrators. Part 2: application to a geometrically exact beam in R^3 40:20

Energy balanced models for acoustic and audio systems: a port-Hamiltonian approach 43:47

Coordinate free formulation of the vibrations of a Reissnerbeam and some mechanical consequences 35:49