In this paper multi-objective optimization techniques are applied to the design of magnetic gears in order to maximize the performances and to obtain a competitive device. A parallelized stochastic algorithm is implemented and an analytical tool based on magnetic fields computation and losses estimation is used to compute the multi-objective function. This FEM-free computational model can be used in the initial stages of product development
Magnetic gears have recently become serious contenders for mechanical gears in low speed application...
LGEP 2014 ID = 1699International audienceThis paper presents a quick and reliable methodology for ma...
As symbolized in many logos, mechanical gears have significant impact on daily life and industrial m...
This paper proposes the study of a magnetic gear by means of multi-objective optimisation. Magnetic ...
Magnetic gears have in recent years attracted a lot of interest as a potential replacement for mecha...
This paper presents the analysis and design optimization of a coaxial surface-mounted permanent-mag...
This paper presents the analysis and design optimization of a coaxial surface-mounted permanent-magn...
The main focus of this thesis is to provide efficient modelling and optimization strategies for a ce...
The use of a suitable modeling technique for the optimized design of a magnetic gear is essential to...
Recently, magnetic gears have drawn wide attention due to their inherit merits, such as high torque ...
The realistic investigation of the real behavior of the most important machine elements (gears, flex...
Presents a multi-objective design approach to the many power magnetic devices in use today Power Ma...
This paper analyzes an influence of selected design parameters of a passive magnetic gear on the tra...
A general pattern of the arrangement of permanent magnets (PMs) in electromagnetic devices is presen...
The magnetic gear (MG) is an emerging technology that has been proved to possess superior performanc...
Magnetic gears have recently become serious contenders for mechanical gears in low speed application...
LGEP 2014 ID = 1699International audienceThis paper presents a quick and reliable methodology for ma...
As symbolized in many logos, mechanical gears have significant impact on daily life and industrial m...
This paper proposes the study of a magnetic gear by means of multi-objective optimisation. Magnetic ...
Magnetic gears have in recent years attracted a lot of interest as a potential replacement for mecha...
This paper presents the analysis and design optimization of a coaxial surface-mounted permanent-mag...
This paper presents the analysis and design optimization of a coaxial surface-mounted permanent-magn...
The main focus of this thesis is to provide efficient modelling and optimization strategies for a ce...
The use of a suitable modeling technique for the optimized design of a magnetic gear is essential to...
Recently, magnetic gears have drawn wide attention due to their inherit merits, such as high torque ...
The realistic investigation of the real behavior of the most important machine elements (gears, flex...
Presents a multi-objective design approach to the many power magnetic devices in use today Power Ma...
This paper analyzes an influence of selected design parameters of a passive magnetic gear on the tra...
A general pattern of the arrangement of permanent magnets (PMs) in electromagnetic devices is presen...
The magnetic gear (MG) is an emerging technology that has been proved to possess superior performanc...
Magnetic gears have recently become serious contenders for mechanical gears in low speed application...
LGEP 2014 ID = 1699International audienceThis paper presents a quick and reliable methodology for ma...
As symbolized in many logos, mechanical gears have significant impact on daily life and industrial m...
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