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
Characterization of damping forces in a vibrating structure has long been an active area of research...
Characterization of damping forces in a vibrating structure has long been an active area of research...
The use of modal analysis for second order hyperbolic partial differential equations is well establi...
In this paper we consider a linear wave equation with strong damping and dynamical boundary conditio...
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 conditio...
We consider a model for a damped spring-mass system that is a strongly damped wave equation with dyn...
(Communicated by Xavier Cabre) Abstract. We consider a model for a damped spring-mass system that is...
A novel numerical approach to compute the eigenvalues of linear viscoelastic oscillators is develope...
The aim of this work is to propose a mathematical model in terms of an exact analytical solution tha...
In this study, the effect of energy dissipation on harmonic waves propagating in one-dimensional mon...
We present an analysis of regularity and stability of solutions corresponding to wave equation with ...
In this chapter, the principal elements of the dynamic response of linear undamped and damped singl...
It is shown that among the various damping mechanisms that are generally encountered in a mechanical...
Characterization of damping forces in a vibrating structure has long been an active area of research...
Characterization of damping forces in a vibrating structure has long been an active area of research...
The use of modal analysis for second order hyperbolic partial differential equations is well establi...
In this paper we consider a linear wave equation with strong damping and dynamical boundary conditio...
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 conditio...
We consider a model for a damped spring-mass system that is a strongly damped wave equation with dyn...
(Communicated by Xavier Cabre) Abstract. We consider a model for a damped spring-mass system that is...
A novel numerical approach to compute the eigenvalues of linear viscoelastic oscillators is develope...
The aim of this work is to propose a mathematical model in terms of an exact analytical solution tha...
In this study, the effect of energy dissipation on harmonic waves propagating in one-dimensional mon...
We present an analysis of regularity and stability of solutions corresponding to wave equation with ...
In this chapter, the principal elements of the dynamic response of linear undamped and damped singl...
It is shown that among the various damping mechanisms that are generally encountered in a mechanical...
Characterization of damping forces in a vibrating structure has long been an active area of research...
Characterization of damping forces in a vibrating structure has long been an active area of research...
The use of modal analysis for second order hyperbolic partial differential equations is well establi...