In the field of electromagnetism, the reluctance networks are perfectly adapted to pre- sizing issues. However, their setting in equations is a tiresome task and often leads to errors, and suffers from a lack of dedicated.This work proposes to formulate this method in a general case, and then to implement it in a dedicated tool in order to automate the creation process of the model, starting from the designer's know-how. In order to improve the models, energies and force calculation are also proposed. Finally an automatic derivation of the model allows its compatibility with optimization algorithms that use the gradients.The simulation of the transient states is also approached through a methodology allowing to couple electric and mechanica...
Il y a des nombreuses méthodes capables de produire des modèles numériques très précis des systèmes ...
The finite reluctance approach is based on a simple synergy between a basic magnetic domain decompos...
International audienceA Finite Element Method (FEM) mesh is converted to a reluctance network throug...
In the field of electromagnetism, the reluctance networks are perfectly adapted to pre- sizing issue...
Dans un cadre de modélisation des machines électriques, la méthode qui connaît une grande popularité...
In the field of electrical machine modeling, the method that is experiencing great popularity as ren...
This subject of the thesis is part of a priority research theme developed by the GREAH laboratory on...
This thesis proposes contributions in design methodologies for electromechanical systems, in particu...
Nowadays, CAD tools can significantly reduce the cost and time of the design phase of technology pro...
This work is interested in modelling for the design of switched reluctance motors. In a first part, ...
L’enjeu de la thèse concerne la modélisation électromagnétique des machines synchrones à réluctance,...
This work aims to convert 2 and 3-D Finite Element Method (FEM) meshesinto a reluctance networks thr...
The aim of this thesis is to develop adapted numerical methods to model 3D electromagnetic equations...
International audienceThis paper deals with an original design methodology of Permanent Magnet Synch...
This paper is an introduction to mesh based generated reluctance network modeling. An overview of sc...
Il y a des nombreuses méthodes capables de produire des modèles numériques très précis des systèmes ...
The finite reluctance approach is based on a simple synergy between a basic magnetic domain decompos...
International audienceA Finite Element Method (FEM) mesh is converted to a reluctance network throug...
In the field of electromagnetism, the reluctance networks are perfectly adapted to pre- sizing issue...
Dans un cadre de modélisation des machines électriques, la méthode qui connaît une grande popularité...
In the field of electrical machine modeling, the method that is experiencing great popularity as ren...
This subject of the thesis is part of a priority research theme developed by the GREAH laboratory on...
This thesis proposes contributions in design methodologies for electromechanical systems, in particu...
Nowadays, CAD tools can significantly reduce the cost and time of the design phase of technology pro...
This work is interested in modelling for the design of switched reluctance motors. In a first part, ...
L’enjeu de la thèse concerne la modélisation électromagnétique des machines synchrones à réluctance,...
This work aims to convert 2 and 3-D Finite Element Method (FEM) meshesinto a reluctance networks thr...
The aim of this thesis is to develop adapted numerical methods to model 3D electromagnetic equations...
International audienceThis paper deals with an original design methodology of Permanent Magnet Synch...
This paper is an introduction to mesh based generated reluctance network modeling. An overview of sc...
Il y a des nombreuses méthodes capables de produire des modèles numériques très précis des systèmes ...
The finite reluctance approach is based on a simple synergy between a basic magnetic domain decompos...
International audienceA Finite Element Method (FEM) mesh is converted to a reluctance network throug...