This study was begun to optimize the Eccentric Coil Test (ECT) background coil. In the course of this work a general optimization code was obtained, tested, and applied to the ECT problem. So far this code has proven to be very satisfactory. The results obtained with this code and earlier codes have illustrated the parametric behavior of such a coil system and that the optimum for this type system is broad. This study also shows that a background coil with a winding current density of less than 3000 A/cm$sup 2$ is not feasible for the ECT models presented in this paper. (auth
The Eddy current testing (ECT) technique is one of the non-destructive testing (NDT) techniques whic...
The electrification of vehicles makes it possible to think about new concepts to substitute conventi...
The utilization of external field windings in electromagnetic launchers provides an additional elect...
A discrete coil EIT system is investigated for the general case of an eccentric circular inhomogenei...
The conceptual design of a facility for testing superconducting coils under some conditions peculiar...
International audienceEddy Current is a powerful mean of detection of defects located close to the s...
Gradient coil windings are typically constructed from either variable width copper tracks or fixed w...
This paper uses the developed parallel version of Michalewicz's Genocop III Genetic Algorithm (GA) s...
Eddy current testing (ECT) is one of the most representative nondestructive testing methods for meta...
Planar inductors made on a printed circuit board are rather commonly employed today and there are va...
This paper concerns with development and improvement of the new ECT sensor. Previously, we have succ...
We have developed and tested code to optimise electromagnetic (EM) sensors to improve performance of...
A new method of optimizing coils for electromagnetic induction (EMI) systems that are used in subsur...
Standard gradient coils are designed by minimizing the inductance or resistance for an acceptable le...
This paper presents the results of initial field quality optimization of body and end harmonics in a...
The Eddy current testing (ECT) technique is one of the non-destructive testing (NDT) techniques whic...
The electrification of vehicles makes it possible to think about new concepts to substitute conventi...
The utilization of external field windings in electromagnetic launchers provides an additional elect...
A discrete coil EIT system is investigated for the general case of an eccentric circular inhomogenei...
The conceptual design of a facility for testing superconducting coils under some conditions peculiar...
International audienceEddy Current is a powerful mean of detection of defects located close to the s...
Gradient coil windings are typically constructed from either variable width copper tracks or fixed w...
This paper uses the developed parallel version of Michalewicz's Genocop III Genetic Algorithm (GA) s...
Eddy current testing (ECT) is one of the most representative nondestructive testing methods for meta...
Planar inductors made on a printed circuit board are rather commonly employed today and there are va...
This paper concerns with development and improvement of the new ECT sensor. Previously, we have succ...
We have developed and tested code to optimise electromagnetic (EM) sensors to improve performance of...
A new method of optimizing coils for electromagnetic induction (EMI) systems that are used in subsur...
Standard gradient coils are designed by minimizing the inductance or resistance for an acceptable le...
This paper presents the results of initial field quality optimization of body and end harmonics in a...
The Eddy current testing (ECT) technique is one of the non-destructive testing (NDT) techniques whic...
The electrification of vehicles makes it possible to think about new concepts to substitute conventi...
The utilization of external field windings in electromagnetic launchers provides an additional elect...