This paper describes a numerical strategy for the detection of hidden corrosion in an internal, unobservable surface of a material object, whose geometry and material prop-erties are known. Since the corrosion is not directly measurable, it is estimated using a nondestructive infrared thermographic inspection. The a priori knowledge about the material object allows us to use a physical-mathematical model to support the estimate. Given a suitable parametrization of the depth of the real corroded profile, the numeri-cal algorithm performs a nonlinear estimate of the corroded model domain parameters, adopting a predictor-corrector scheme
This paper examines an inverse problem which arises in thermal imaging. We investigate the problem o...
In this paper we examine the inverse problem of determining the amount of corrosion on an inaccessib...
AbstractWe deal with an inverse problem arising in corrosion detection. The presence of corrosion da...
This paper describes a numerical strategy for the detection of hidden corrosion in an internal, unob...
In this paper, we propose a novel algorithm to solve the hidden corrosion estimation problem from ex...
The principle of hidden corrosion detection by Pulsed Infrared Thermography is based on the analysis...
In this paper, we explore the mathematical inverse problem of detecting corroded material on the rev...
Nondestructive evaluation of hidden surface damage by means of stationary thermographic methods requ...
We consider the problem of quantitative non-destructive evaluation of corrosion in a 2-D domain repr...
In this paper, an inverse geometric problem for Laplace’s equation arising in boundary corrosion det...
We consider the numerical solution of a nonlinear problem arising in nondestructive detection of a c...
Two computational methods are presented that enable a characterization of corrosion damage to be per...
Nondestructive testing and imaging plays an important role in many industries, e.g., the monitoring ...
This Article is brought to you for free and open access by the Mathematics at Rose-Hulman Scholar. I...
An eddy current technique is used to inspect the interface between air and a conductive material suc...
This paper examines an inverse problem which arises in thermal imaging. We investigate the problem o...
In this paper we examine the inverse problem of determining the amount of corrosion on an inaccessib...
AbstractWe deal with an inverse problem arising in corrosion detection. The presence of corrosion da...
This paper describes a numerical strategy for the detection of hidden corrosion in an internal, unob...
In this paper, we propose a novel algorithm to solve the hidden corrosion estimation problem from ex...
The principle of hidden corrosion detection by Pulsed Infrared Thermography is based on the analysis...
In this paper, we explore the mathematical inverse problem of detecting corroded material on the rev...
Nondestructive evaluation of hidden surface damage by means of stationary thermographic methods requ...
We consider the problem of quantitative non-destructive evaluation of corrosion in a 2-D domain repr...
In this paper, an inverse geometric problem for Laplace’s equation arising in boundary corrosion det...
We consider the numerical solution of a nonlinear problem arising in nondestructive detection of a c...
Two computational methods are presented that enable a characterization of corrosion damage to be per...
Nondestructive testing and imaging plays an important role in many industries, e.g., the monitoring ...
This Article is brought to you for free and open access by the Mathematics at Rose-Hulman Scholar. I...
An eddy current technique is used to inspect the interface between air and a conductive material suc...
This paper examines an inverse problem which arises in thermal imaging. We investigate the problem o...
In this paper we examine the inverse problem of determining the amount of corrosion on an inaccessib...
AbstractWe deal with an inverse problem arising in corrosion detection. The presence of corrosion da...