Add to ORKGThis paper develops an algorithm for finding one or more non-insulated, pair-wise disjoint, linear cracks in a two dimensional region using boundary measurements
In this paper, we consider cracks with Dirichlet boundary conditions. We first derive an asymptotic ...
We deal with a variational approach to the inverse crack problem, that is the detection and reconstr...
In this paper we consider the inverse problem of identifying a linear inclusion inside an elastic bo...
This paper develops a fast algorithm for locating one or more perfectly insulating, pair-wise disjoi...
We examine the problem of Identifying both the location and constitutive law governing electrical cu...
International audienceInverse geometrical problem of detecting and locating cracks in a material by ...
An algorithm for recovering a collection of linear cracks in a homogeneous electrical conductor from...
We demonstrate the viability of using Electrical Impedance Tomography (EIT) for the reconstruction o...
AbstractThis paper develops a fast, simple algorithm for locating one or more perfectly insulating, ...
An algorithm for recovering a collection of linear cracks in a homogeneous electrical conductor from...
This paper develops an algorithm for recovering a collection of linear cracks in a homogeneous elect...
International audienceThis paper proposes and studies three methods for the identification of cracks...
International audienceWe use the linear sampling method (LSM) to identify a crack with impedance bou...
In this work we assess the effectiveness of Electrical Impedance Tomography for determining the pres...
An algorithm is introduced for using electrical surface measurements to detect and monitor cracks in...
In this paper, we consider cracks with Dirichlet boundary conditions. We first derive an asymptotic ...
We deal with a variational approach to the inverse crack problem, that is the detection and reconstr...
In this paper we consider the inverse problem of identifying a linear inclusion inside an elastic bo...
This paper develops a fast algorithm for locating one or more perfectly insulating, pair-wise disjoi...
We examine the problem of Identifying both the location and constitutive law governing electrical cu...
International audienceInverse geometrical problem of detecting and locating cracks in a material by ...
An algorithm for recovering a collection of linear cracks in a homogeneous electrical conductor from...
We demonstrate the viability of using Electrical Impedance Tomography (EIT) for the reconstruction o...
AbstractThis paper develops a fast, simple algorithm for locating one or more perfectly insulating, ...
An algorithm for recovering a collection of linear cracks in a homogeneous electrical conductor from...
This paper develops an algorithm for recovering a collection of linear cracks in a homogeneous elect...
International audienceThis paper proposes and studies three methods for the identification of cracks...
International audienceWe use the linear sampling method (LSM) to identify a crack with impedance bou...
In this work we assess the effectiveness of Electrical Impedance Tomography for determining the pres...
An algorithm is introduced for using electrical surface measurements to detect and monitor cracks in...
In this paper, we consider cracks with Dirichlet boundary conditions. We first derive an asymptotic ...
We deal with a variational approach to the inverse crack problem, that is the detection and reconstr...
In this paper we consider the inverse problem of identifying a linear inclusion inside an elastic bo...