A problem of extracting information about the location and shape of unknown cracks in a background medium from the Dirichlet-to-Neumann map is considered. An application of a new formulation of the probe method introduced by the author to the problem is given. The method is based on: the blowup property of sequences of special solutions of the governing equation for the background medium which are related to a singular solution of the equation; an explicit lower bound of an L2-norm of the gradient of the so-called reflected solution. AMS: 35R3
This paper deals with the detection of emerging plane cracks, by using boundary measurements. An ide...
We deal with a variational approach to the inverse crack problem, that is the detection and reconstr...
This thesis presents numerical procedures for solving inverse parameter identification problems in ...
Theorem 3.2 and (3.10) are changed) The probe and enclosure methods are general ideas to extract inf...
In this paper, we deal with the acoustic inverse scattering problem for reconstructing cracks of pos...
summary:We consider the inverse scattering problem of determining the shape and location of a crack ...
Any attempts to apply techniques that are based on indirect measurements of parameters that are beli...
International audienceThe methods of constrained approximation in Hilbert spaces of analytic functio...
Any attempts to apply techniques that are based on indirect measurements of parameters that are beli...
The goal of this work is the numerical realization of the probe method suggested by Ikehata for the ...
International audienceInverse geometrical problem of detecting and locating cracks in a material by ...
We discuss the inverse problem of determining the possible presence of an $(n-1)$-dimensional crack ...
In this paper, we consider cracks with Dirichlet boundary conditions. We first derive an asymptotic ...
The inverse acoustic scattering model for crack diagnosis is described by Helmholtz problem within m...
In the present work, a direct numerical reconstruction algorithm is proposed, which is applied to th...
This paper deals with the detection of emerging plane cracks, by using boundary measurements. An ide...
We deal with a variational approach to the inverse crack problem, that is the detection and reconstr...
This thesis presents numerical procedures for solving inverse parameter identification problems in ...
Theorem 3.2 and (3.10) are changed) The probe and enclosure methods are general ideas to extract inf...
In this paper, we deal with the acoustic inverse scattering problem for reconstructing cracks of pos...
summary:We consider the inverse scattering problem of determining the shape and location of a crack ...
Any attempts to apply techniques that are based on indirect measurements of parameters that are beli...
International audienceThe methods of constrained approximation in Hilbert spaces of analytic functio...
Any attempts to apply techniques that are based on indirect measurements of parameters that are beli...
The goal of this work is the numerical realization of the probe method suggested by Ikehata for the ...
International audienceInverse geometrical problem of detecting and locating cracks in a material by ...
We discuss the inverse problem of determining the possible presence of an $(n-1)$-dimensional crack ...
In this paper, we consider cracks with Dirichlet boundary conditions. We first derive an asymptotic ...
The inverse acoustic scattering model for crack diagnosis is described by Helmholtz problem within m...
In the present work, a direct numerical reconstruction algorithm is proposed, which is applied to th...
This paper deals with the detection of emerging plane cracks, by using boundary measurements. An ide...
We deal with a variational approach to the inverse crack problem, that is the detection and reconstr...
This thesis presents numerical procedures for solving inverse parameter identification problems in ...