Topics
corrosionElection
The problem of quantitative nondestructive evaluation of corrosion in plates is considered. The inpection method uses boundary measurements of currents and voltages to determine the material loss caused by corrosion. The development of the method is based on linearization and the assumption that the plate is thin. The behavior of the method is examined in numerical situations
X-ray computer scanning tomography (CT scan) is an increasingly more available technique, which has ...
Cold plates are critical for cooling electronic systems in the shuttle. As a result of the environme...
The paper presents the test results for a non-destructive method for determining corrosion indicator...
We consider the problem of quantitative non-destructive evaluation of corrosion in a 2-D domain repr...
We give a formal derivation of an effective nonlinear boundary condition associated with an electros...
We present an approach, termed electrochemical tomography (ECT), for the in-situ study of corrosion ...
The problem of determining defects in structures using eddy current methods is investigated. The go...
Nondestructive testing and imaging plays an important role in many industries, e.g., the monitoring ...
The objective of this thesis is to detect and characterize localized corrosion in 2024T3 Aluminum al...
A non-iterative {MUSIC}-type imaging algorithm for time-harmonic eddy-current testing of a damaged c...
Stable determination of corrosion by a single electrostatic boundary measurement was studied. The un...
This study presents a novel monitoring method for hole-edge corrosion damage in plate structures bas...
We deal with an inverse problem arising in corrosion detection. We prove a stability estimate for a ...
This work is focused on quantitative imaging of defects in conductive materials by means of eddy cur...
Field application of electrochemical measurements with a non-invasive electrode arrangement has been...
X-ray computer scanning tomography (CT scan) is an increasingly more available technique, which has ...
Cold plates are critical for cooling electronic systems in the shuttle. As a result of the environme...
The paper presents the test results for a non-destructive method for determining corrosion indicator...
We consider the problem of quantitative non-destructive evaluation of corrosion in a 2-D domain repr...
We give a formal derivation of an effective nonlinear boundary condition associated with an electros...
We present an approach, termed electrochemical tomography (ECT), for the in-situ study of corrosion ...
The problem of determining defects in structures using eddy current methods is investigated. The go...
Nondestructive testing and imaging plays an important role in many industries, e.g., the monitoring ...
The objective of this thesis is to detect and characterize localized corrosion in 2024T3 Aluminum al...
A non-iterative {MUSIC}-type imaging algorithm for time-harmonic eddy-current testing of a damaged c...
Stable determination of corrosion by a single electrostatic boundary measurement was studied. The un...
This study presents a novel monitoring method for hole-edge corrosion damage in plate structures bas...
We deal with an inverse problem arising in corrosion detection. We prove a stability estimate for a ...
This work is focused on quantitative imaging of defects in conductive materials by means of eddy cur...
Field application of electrochemical measurements with a non-invasive electrode arrangement has been...
X-ray computer scanning tomography (CT scan) is an increasingly more available technique, which has ...
Cold plates are critical for cooling electronic systems in the shuttle. As a result of the environme...
The paper presents the test results for a non-destructive method for determining corrosion indicator...
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