Topics
corrosionElection
In this paper, we explore the mathematical inverse problem of detecting corroded material on the reverse side of a partially accessible metal plate. We will show how a linearization can be used to simplify the initial problem and explain a regularization method used to obtain acceptable results for the corrosion profile. We will also state and perform some calculations for the full three-dimensional problem for possible future work
We consider a model for detecting corrosion on the (inaccessible) conducting top side of a metallic ...
We derive and test a formal explicit approximated rule for the reconstruction of a damaged inaccessi...
The principle of hidden corrosion detection by Pulsed Infrared Thermography is based on the analysis...
In this paper we examine the inverse problem of determining the amount of corrosion on an inaccessib...
This paper describes a numerical strategy for the detection of hidden corrosion in an internal, unob...
This paper describes a numerical strategy for the detection of hidden corrosion in an internal, unob...
In this paper we examine the inverse problem of determining the amount of corrosion/disbonding which...
This paper examines an inverse problem which arises in thermal imaging. We investigate the problem o...
Two computational methods are presented that enable a characterization of corrosion damage to be per...
This Article is brought to you for free and open access by the Mathematics at Rose-Hulman Scholar. I...
AbstractIn this work, we will study an inverse problem to determine the corrosion in an inaccessible...
Nondestructive testing and imaging plays an important role in many industries, e.g., the monitoring ...
Nondestructive evaluation of hidden surface damage by means of stationary thermographic methods requ...
In this paper, we propose a novel algorithm to solve the hidden corrosion estimation problem from ex...
In this paper, an inverse geometric problem for Laplace’s equation arising in boundary corrosion det...
We consider a model for detecting corrosion on the (inaccessible) conducting top side of a metallic ...
We derive and test a formal explicit approximated rule for the reconstruction of a damaged inaccessi...
The principle of hidden corrosion detection by Pulsed Infrared Thermography is based on the analysis...
In this paper we examine the inverse problem of determining the amount of corrosion on an inaccessib...
This paper describes a numerical strategy for the detection of hidden corrosion in an internal, unob...
This paper describes a numerical strategy for the detection of hidden corrosion in an internal, unob...
In this paper we examine the inverse problem of determining the amount of corrosion/disbonding which...
This paper examines an inverse problem which arises in thermal imaging. We investigate the problem o...
Two computational methods are presented that enable a characterization of corrosion damage to be per...
This Article is brought to you for free and open access by the Mathematics at Rose-Hulman Scholar. I...
AbstractIn this work, we will study an inverse problem to determine the corrosion in an inaccessible...
Nondestructive testing and imaging plays an important role in many industries, e.g., the monitoring ...
Nondestructive evaluation of hidden surface damage by means of stationary thermographic methods requ...
In this paper, we propose a novel algorithm to solve the hidden corrosion estimation problem from ex...
In this paper, an inverse geometric problem for Laplace’s equation arising in boundary corrosion det...
We consider a model for detecting corrosion on the (inaccessible) conducting top side of a metallic ...
We derive and test a formal explicit approximated rule for the reconstruction of a damaged inaccessi...
The principle of hidden corrosion detection by Pulsed Infrared Thermography is based on the analysis...
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