Wir betrachten eine mit dem aeusseren Dirichlet Problem zur zwei- bzw. dreidimensionalen Stokesgleichung verbundene inverse Randwertaufgabe.Diese erfordert die Rekonstruktion der Form eines unbekannten Objekts aus den Messungen des Ansprechverhaltens der Geschwindigkeitsfelder bei auf einer das Objekt umliegenden Kurve gesetzten Quellen und Messstellen. Unser Zugang basiert auf der Faktorisierungsmethode von A. Kirsch, deren Hauptvorteil darin besteht, dass keine a priori Information ueber die Form des Objekts benoetigt wird.Wir geben eine theoretische Begruendung der Anwendbarkeit dieser Methode und bestaetigen sie anhan...
We examine the inverse problem of determining the shape of some unknown portion of the boundary of a...
We consider the inverse problem of detecting the location and the shape of several obstacles immers...
We establish identification results in an inverse source problem for the two-dimensional Brinkman eq...
AbstractThis paper deals with the shape reconstruction of a viscous incompressible fluid driven by t...
We address the classical inverse problem of recovering the position and shape of obstacles immersed ...
In der vorliegenden Arbeit werden zwei physikalischeFließexperimente an Vliesstoffen untersucht, die...
In der vorliegenden Arbeit werden zwei physikalischeFließexperimente an Vliesstoffen untersucht, die...
In this paper, we are interested to an inverse Cauchy problem governed by Stokes equation, called th...
Wir betrachten inverse Randwertprobleme zur Helmholtz- und Laplacegleichung in Gebieten m...
We consider the inverse problem of determining the spatial dependence of a source of the form f (x) ...
International audienceWe consider the inverse problem of detecting the location and the shape of sev...
In this work, we want to detect the shape and the location of an inclusion ω via some boundary measu...
AbstractThis paper deals with the shape reconstruction of a viscous incompressible fluid driven by t...
This article develops an inverse polynomial method for determining the un-known coefficients D = D(x...
We study the determination of some obstacles in a Stokes flow domain with overdetermined boundary d...
We examine the inverse problem of determining the shape of some unknown portion of the boundary of a...
We consider the inverse problem of detecting the location and the shape of several obstacles immers...
We establish identification results in an inverse source problem for the two-dimensional Brinkman eq...
AbstractThis paper deals with the shape reconstruction of a viscous incompressible fluid driven by t...
We address the classical inverse problem of recovering the position and shape of obstacles immersed ...
In der vorliegenden Arbeit werden zwei physikalischeFließexperimente an Vliesstoffen untersucht, die...
In der vorliegenden Arbeit werden zwei physikalischeFließexperimente an Vliesstoffen untersucht, die...
In this paper, we are interested to an inverse Cauchy problem governed by Stokes equation, called th...
Wir betrachten inverse Randwertprobleme zur Helmholtz- und Laplacegleichung in Gebieten m...
We consider the inverse problem of determining the spatial dependence of a source of the form f (x) ...
International audienceWe consider the inverse problem of detecting the location and the shape of sev...
In this work, we want to detect the shape and the location of an inclusion ω via some boundary measu...
AbstractThis paper deals with the shape reconstruction of a viscous incompressible fluid driven by t...
This article develops an inverse polynomial method for determining the un-known coefficients D = D(x...
We study the determination of some obstacles in a Stokes flow domain with overdetermined boundary d...
We examine the inverse problem of determining the shape of some unknown portion of the boundary of a...
We consider the inverse problem of detecting the location and the shape of several obstacles immers...
We establish identification results in an inverse source problem for the two-dimensional Brinkman eq...