International audienceWe propose a simple, but efficient method for design problems. Instead of using directly, a heavy numerical code in an optimization process, we successively define some approximated subproblems because of an appropriate analytical model. These subproblems can then be solved exactly by a deterministic global optimization solver and the procedure is updated until the approximation matches a 3-D FEM computation. The method is applied to an axial magnetic coupling. Comparative results show the effectiveness of this approach, and real design cases are studied because of this method
This paper presents finite elements method (FEM) model of magnetic coupling for design optimization ...
This paper presents an optimization procedure for the design of circular magnets of multipolar symme...
Abstract—In this paper, we propose an analytical method for modeling a permanent magnets axial field...
International audienceThe purpose of this paper is to use a new rational approach for the design of ...
The 229 papers in this special issue are extended versions of papers presented at the thirteenth bie...
International audienceThe purpose of this paper is to show a new methodology for solving inverse pro...
International audienceIn this paper, design optimization of an axial flux reluctance magnetic coupli...
This paper presents a design optimization of an axial-flux eddy-current magnetic coupling. The desig...
International audienceThe purpose of this paper is to present a new method of design which is an ext...
LGEP 2014 ID = 1699International audienceThis paper presents a quick and reliable methodology for ma...
International audienceThis paper presents a new methodology of design of electrical rotating machine...
Topology optimization methods aim to design devices in an automated way. The designer defines a desi...
peer reviewedRepetitive finite element (FE) computations are needed when studying variations of geom...
peer reviewedModel refinements of magnetic circuits are performed via a subdomain finite element met...
peer reviewedModel refinements of magnetic circuits are performed via a subdomain finite element met...
This paper presents finite elements method (FEM) model of magnetic coupling for design optimization ...
This paper presents an optimization procedure for the design of circular magnets of multipolar symme...
Abstract—In this paper, we propose an analytical method for modeling a permanent magnets axial field...
International audienceThe purpose of this paper is to use a new rational approach for the design of ...
The 229 papers in this special issue are extended versions of papers presented at the thirteenth bie...
International audienceThe purpose of this paper is to show a new methodology for solving inverse pro...
International audienceIn this paper, design optimization of an axial flux reluctance magnetic coupli...
This paper presents a design optimization of an axial-flux eddy-current magnetic coupling. The desig...
International audienceThe purpose of this paper is to present a new method of design which is an ext...
LGEP 2014 ID = 1699International audienceThis paper presents a quick and reliable methodology for ma...
International audienceThis paper presents a new methodology of design of electrical rotating machine...
Topology optimization methods aim to design devices in an automated way. The designer defines a desi...
peer reviewedRepetitive finite element (FE) computations are needed when studying variations of geom...
peer reviewedModel refinements of magnetic circuits are performed via a subdomain finite element met...
peer reviewedModel refinements of magnetic circuits are performed via a subdomain finite element met...
This paper presents finite elements method (FEM) model of magnetic coupling for design optimization ...
This paper presents an optimization procedure for the design of circular magnets of multipolar symme...
Abstract—In this paper, we propose an analytical method for modeling a permanent magnets axial field...