International audienceThis article presents a constrained optimization method, based on the duality theory, which does not need the gradients. The method is used to optimize superconducting devices. In order to reduce the computing effort, the initial optimization problem is divided into two coupled optimization problems. One manages the geometrical parameters, the other finds the best current densities for a given geometrical configuration
In 1996, a superconducting magnetic energy storage arrangement was selected to become a benchmark pr...
n optimal current density map is crucial in magnet design to provide the initial values within searc...
In this paper, gradient-based optimization methods are combined with finite-element modeling for imp...
International audienceThis article presents a constrained optimization method, based on the duality ...
This article presents the optimization of an electromagnetic superconducting device by a genetic alg...
On propose une méthode d'optimisation des aimants supraconducteurs et on présente quelques résultats...
A tool for solving a non-linear optimization problem by means of Sequential Quadratic Programming (S...
The numerical optimization of continuous parameters in electrotechnical design using electromagnetic...
Funder: sungkyunkwan university; doi: http://dx.doi.org/10.13039/501100002647AbstractThis paper pres...
The numerical optimization of continuous parameters in electrotechnical design using electromagnetic...
The field in coil-dominated superconducting magnets can be maximized by optimizing the coil shape. I...
The optimization of continuous parameters in electrotechnical designs using electromagnetic field si...
Interior optimization software and algorithms programming methods provide a computational tool with ...
In 1996, a superconducting magnetic energy storage arrangement was selected to become a benchmark pr...
In 1996, a superconducting magnetic energy storage arrangement was selected to become a benchmark pr...
In 1996, a superconducting magnetic energy storage arrangement was selected to become a benchmark pr...
n optimal current density map is crucial in magnet design to provide the initial values within searc...
In this paper, gradient-based optimization methods are combined with finite-element modeling for imp...
International audienceThis article presents a constrained optimization method, based on the duality ...
This article presents the optimization of an electromagnetic superconducting device by a genetic alg...
On propose une méthode d'optimisation des aimants supraconducteurs et on présente quelques résultats...
A tool for solving a non-linear optimization problem by means of Sequential Quadratic Programming (S...
The numerical optimization of continuous parameters in electrotechnical design using electromagnetic...
Funder: sungkyunkwan university; doi: http://dx.doi.org/10.13039/501100002647AbstractThis paper pres...
The numerical optimization of continuous parameters in electrotechnical design using electromagnetic...
The field in coil-dominated superconducting magnets can be maximized by optimizing the coil shape. I...
The optimization of continuous parameters in electrotechnical designs using electromagnetic field si...
Interior optimization software and algorithms programming methods provide a computational tool with ...
In 1996, a superconducting magnetic energy storage arrangement was selected to become a benchmark pr...
In 1996, a superconducting magnetic energy storage arrangement was selected to become a benchmark pr...
In 1996, a superconducting magnetic energy storage arrangement was selected to become a benchmark pr...
n optimal current density map is crucial in magnet design to provide the initial values within searc...
In this paper, gradient-based optimization methods are combined with finite-element modeling for imp...