Add to ORKGThe present paper proposes a methodology based on topology optimization to design a synchro-reluctant motor considering magneto-elastic coupling. Stress on the rotor related to inertia forces and press-fitting effect on the stator are considered. The magneto-mechanical coupling is taken into account using a simplified magneto-elastic analytical model for the material behavior law. The objective is to maximize the machine's torque while considering an equality constraint on the volume. The topology optimization approach is based on a discrete BESO algorithm
This paper exposes a new type of problem settings for topology optimization, as well as the correspo...
When applied to the topology optimization of electromagnetic devices, gradient-based algorithms suff...
The paper presents an alternative formulation for the design of flexible structures and fully compli...
Permanent magnet synchronous motors are increasingly used in the oil industry. These motors need to ...
Recently, the design of electrical machines with high efficiency has been promoted in order to suppr...
Topology optimization of electric machine is attractive because of the increased design degree of fr...
In the structural design, usually only concentrated loads are considered. However, among mechanical ...
International audienceTopology optimization (TO) has been extensively studied in the past decades es...
Purpose – The paper aims at optimizing magnetic thrusts in the framework of the design of high-dynam...
This paper focuses on the maximization of the torque-to-weight ratio of permanent magnet synchronous...
Synchronous motors are increasingly used in industry, and they need to be made more energy efficient...
We study the structural topology optimization (TO) of a high-speed electrical machine rotor. The ele...
Topology optimization methods suffer from a lack of convexity for the design of electromagnetic devi...
International audienceThis paper presents a design methodology for electric machines (EM). It is bas...
Topology optimization methods aim to design devices in an automated way. The designer defines a desi...
This paper exposes a new type of problem settings for topology optimization, as well as the correspo...
When applied to the topology optimization of electromagnetic devices, gradient-based algorithms suff...
The paper presents an alternative formulation for the design of flexible structures and fully compli...
Permanent magnet synchronous motors are increasingly used in the oil industry. These motors need to ...
Recently, the design of electrical machines with high efficiency has been promoted in order to suppr...
Topology optimization of electric machine is attractive because of the increased design degree of fr...
In the structural design, usually only concentrated loads are considered. However, among mechanical ...
International audienceTopology optimization (TO) has been extensively studied in the past decades es...
Purpose – The paper aims at optimizing magnetic thrusts in the framework of the design of high-dynam...
This paper focuses on the maximization of the torque-to-weight ratio of permanent magnet synchronous...
Synchronous motors are increasingly used in industry, and they need to be made more energy efficient...
We study the structural topology optimization (TO) of a high-speed electrical machine rotor. The ele...
Topology optimization methods suffer from a lack of convexity for the design of electromagnetic devi...
International audienceThis paper presents a design methodology for electric machines (EM). It is bas...
Topology optimization methods aim to design devices in an automated way. The designer defines a desi...
This paper exposes a new type of problem settings for topology optimization, as well as the correspo...
When applied to the topology optimization of electromagnetic devices, gradient-based algorithms suff...
The paper presents an alternative formulation for the design of flexible structures and fully compli...