Design-oriented analytical study of a linear electromagnetic actuator by means of a reluctance network

IEEE Transactions on Magnetics

Volumn 37, Issue 4 II, 2001, Pages 3004-3011

  Chillet, C ^a   Voyant, J Y ^a  

^a CNRS   (France)

Author keywords

Air gap; Analytical model; Design; Force; Leakage flux; Linear actuator; Magnetic equivalent circuit; Reluctance

Indexed keywords

ALGORITHMS; COMPUTER SOFTWARE; FINITE ELEMENT METHOD; MAGNETIC FLUX; MAGNETIC LEAKAGE; OPTIMIZATION;

LINEAR ELECTROMAGNETIC ACTUATORS;

ACTUATORS;

EID: 0035386289     PISSN: 00189464     EISSN: None     Source Type: Journal    
DOI: 10.1109/20.947053     Document Type: Article

References (25)

1. Optimal design of the coils of an electromagnetic flow meter
2. Optimization of a brushless permanent-magnet motor with the experimental design method
3. A parametric finite element environment tuned for numerical optimization
4. Genetic algorithm and Taylor development of the finite element Solution for shape optimization of electromagnetic devices
5. An analytical air gap model for the design of salient-pole synchronous machines suitable for field-weakened operation
6. Validation of coupled electric permeance network model on a claw-pole alternator
7. Permanent magnet variable reluctance linear motor control
8. Design oriented analytical modeling of linear synchronous on-board generators for ems maglev systems
9. High-force density linear switched reluctance machine
10. Modeling and design optimization of permanent magnet motors
11. Reduction of the torque ripple in permanent magnet actuators by a multi-objective minimization technique
12. Optimization of a permanent magnet axial field synchronous motor for direct EV wheel drive
13. A methodology and a tool for the computer aided design with constraints of electrical devices
14. Design of permanent magnet coupling using the PASCOMA methodology
15. Application of a new optimization approach to the design of electrical wheels
16. Simulations of synchronous machines using a electric-magnetic coupled network model
17. Analytical calculation of the air gap flux density of PM-motors with buried magnets
18. Analysis of a permanent magnet machine using reluctance network
19. Evaluation of the effect of topology on performance of permanent magnet generators
20. Dynamic simulation of a synchronous permanent magnet machine using a coupled permeance network
21. Magnetic equivalent circuit method for designing permanent magnet motors
22. Computation of saturated permanent-magnet AC motor performance by means of magnetic circuits
23. A magnetic-equivalent-circuit-based performance computation of a Lundell alternator