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Contraintes de première et deuxième classe

Publications associées (9)

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Symplectic Dynamical Low Rank approximation of wave equations with random parameters

Fabio Nobile, Eleonora Musharbash

In this paper we propose a dynamical low-rank strategy for the approximation of second order wave equations with random parameters. The governing equation is rewritten in Hamiltonian form and the approximate solution is expanded over a set of

2S

dynamica ...

2017

Contraintes de première et deuxième classe

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Structure-Preserving Reduced Basis Methods For Poisson Systems

Symplectic dynamical low rank approximation of wave equations with random parameters

Harnessing Poisson Effect to Realize Tunable Tunneling Nanogap Electrodes on PDMS Substrates for Strain Sensing

Structure-Preserving Reduced Basis Methods for Hamiltonian Systems with a Nonlinear Poisson Structure

Structure-Preserving Reduced Basis Methods for Hamiltonian Systems with a State-dependent Poisson Structure

Symplectic Dynamical Low Rank approximation of wave equations with random parameters

MATHICSE Technical Report : Symplectic dynamical low rank approximation of wave equations with random parameters

Reduced Lagrangian and Hamiltonian formulations of Euler-Yang-Mills fluids

Poisson reduction and the Hamiltonian structure of the Euler-Yang-Mills equations

Structure-Preserving Reduced Basis Methods For Poisson Systems

Harnessing Poisson Effect to Realize Tunable Tunneling Nanogap Electrodes on PDMS Substrates for Strain Sensing

Structure-Preserving Reduced Basis Methods for Hamiltonian Systems with a Nonlinear Poisson Structure

Symplectic Dynamical Low Rank approximation of wave equations with random parameters

Symplectic dynamical low rank approximation of wave equations with random parameters

MATHICSE Technical Report : Symplectic dynamical low rank approximation of wave equations with random parameters

Structure-Preserving Reduced Basis Methods for Hamiltonian Systems with a State-dependent Poisson Structure

Poisson reduction and the Hamiltonian structure of the Euler-Yang-Mills equations

Reduced Lagrangian and Hamiltonian formulations of Euler-Yang-Mills fluids