summary:We consider the inverse scattering of time-harmonic plane waves to reconstruct the shape of a sound-soft crack from a knowledge of the given incident field and the phaseless data, and we check the invariance of far field data with respect to translation of the crack. We present a numerical method that is based on a system of nonlinear and ill-posed integral equations, and our scheme is easy and simple to implement. The numerical implementation is described and numerical examples are presented to illustrate the feasibility of the proposed method
Consider the scattering from a sound soft obstacle (or crack) which can be modelled by the exterior ...
We present a hybrid method to numerically solve the inverse acoustic soundsoft obstacle scattering ...
The problem of determining the shape of an object from far-field data is considered. We present a me...
summary:We consider the inverse scattering of time-harmonic plane waves to reconstruct the shape of ...
We present a new method for solving the time-harmonic inverse scattering problem for sound-soft or p...
AbstractWe are interested in solving the inverse problem of acoustic wave scattering to reconstruct ...
The problem considered is that of determining the shape of a planar acoustically sound-soft obstacle...
We are interested in solving the inverse problem of acoustic wave scattering to reconstruct the posi...
We are interested in solving the inverse problem of acoustic wave scattering to reconstruct the posi...
The inverse acoustic scattering model for crack diagnosis is described by Helmholtz problem within m...
AbstractThe inverse problem under consideration is to determine the shape of an impenetrable sound-s...
Scattering problems by a penny-shaped crack are solved using a time-domain boundary integral equatio...
A linear scattering inverse method based in the Kirchhoff approximation is formulated to determine t...
Inverse scattering associated with a fixed and bounded acoustically soft obstacle situated in a homo...
We consider the inverse problem to determine the shape of an obstacle from a knowledge of the far ...
Consider the scattering from a sound soft obstacle (or crack) which can be modelled by the exterior ...
We present a hybrid method to numerically solve the inverse acoustic soundsoft obstacle scattering ...
The problem of determining the shape of an object from far-field data is considered. We present a me...
summary:We consider the inverse scattering of time-harmonic plane waves to reconstruct the shape of ...
We present a new method for solving the time-harmonic inverse scattering problem for sound-soft or p...
AbstractWe are interested in solving the inverse problem of acoustic wave scattering to reconstruct ...
The problem considered is that of determining the shape of a planar acoustically sound-soft obstacle...
We are interested in solving the inverse problem of acoustic wave scattering to reconstruct the posi...
We are interested in solving the inverse problem of acoustic wave scattering to reconstruct the posi...
The inverse acoustic scattering model for crack diagnosis is described by Helmholtz problem within m...
AbstractThe inverse problem under consideration is to determine the shape of an impenetrable sound-s...
Scattering problems by a penny-shaped crack are solved using a time-domain boundary integral equatio...
A linear scattering inverse method based in the Kirchhoff approximation is formulated to determine t...
Inverse scattering associated with a fixed and bounded acoustically soft obstacle situated in a homo...
We consider the inverse problem to determine the shape of an obstacle from a knowledge of the far ...
Consider the scattering from a sound soft obstacle (or crack) which can be modelled by the exterior ...
We present a hybrid method to numerically solve the inverse acoustic soundsoft obstacle scattering ...
The problem of determining the shape of an object from far-field data is considered. We present a me...