In this paper we consider a linear wave equation with strong damping and dynamical boundary conditions as an alternative model for the classical spring-mass-damper ODE. Our purpose is to compare analytically these two approaches to the same physical system. We take a functional analysis point of view based on semigroup theory, spectral perturbation analysis and dominant eigenvalues. Key words: strongly damped wave equation, dynamical boundary conditions, asymptotic behavior, dominant eigenvalues.
A class of strongly damped semilinear equations is studied by using the theory of analytic semigroup...
International audienceIn this paper we consider a multi-dimensional wave equation with dynamic bound...
Abstract: We consider a system of coupled wave equations subject to positive vis-cous damping. Under...
AbstractIn this paper we consider a linear wave equation with strong damping and dynamical boundary ...
Submitted by C. Rogers In this paper we consider a linear wave equation with strong damping and dyna...
In this paper we consider a linear wave equation with strong damping and dynamical boundary conditi...
(Communicated by Xavier Cabre) Abstract. We consider a model for a damped spring-mass system that is...
We consider a model for a damped spring-mass system that is a strongly damped wave equation with dyn...
We present an analysis of regularity and stability of solutions corresponding to wave equation with ...
International audienceWe consider a wave equation with a structural damping coupled with an undamped...
AbstractIn this work we estimate the spectrum of the linear damped wave semigroup under homogeneous ...
The use of modal analysis for second order hyperbolic partial differential equations is well establi...
Abstract In this paper we consider a quasilinear viscoelastic wave equation with initial-boundary co...
A strongly damped wave equation including the displacement depending nonlinear damping term and nonl...
International audienceThe goal of this work is to study a model of the wave equation with dynamic bo...
A class of strongly damped semilinear equations is studied by using the theory of analytic semigroup...
International audienceIn this paper we consider a multi-dimensional wave equation with dynamic bound...
Abstract: We consider a system of coupled wave equations subject to positive vis-cous damping. Under...
AbstractIn this paper we consider a linear wave equation with strong damping and dynamical boundary ...
Submitted by C. Rogers In this paper we consider a linear wave equation with strong damping and dyna...
In this paper we consider a linear wave equation with strong damping and dynamical boundary conditi...
(Communicated by Xavier Cabre) Abstract. We consider a model for a damped spring-mass system that is...
We consider a model for a damped spring-mass system that is a strongly damped wave equation with dyn...
We present an analysis of regularity and stability of solutions corresponding to wave equation with ...
International audienceWe consider a wave equation with a structural damping coupled with an undamped...
AbstractIn this work we estimate the spectrum of the linear damped wave semigroup under homogeneous ...
The use of modal analysis for second order hyperbolic partial differential equations is well establi...
Abstract In this paper we consider a quasilinear viscoelastic wave equation with initial-boundary co...
A strongly damped wave equation including the displacement depending nonlinear damping term and nonl...
International audienceThe goal of this work is to study a model of the wave equation with dynamic bo...
A class of strongly damped semilinear equations is studied by using the theory of analytic semigroup...
International audienceIn this paper we consider a multi-dimensional wave equation with dynamic bound...
Abstract: We consider a system of coupled wave equations subject to positive vis-cous damping. Under...