3D Analytical Model for a Tubular Linear Induction Generator in a Stirlingcogeneration system
Index Terms — Linear induction Generator, Edge effects,
Stirling engine, Multi-objective optimization
| Résumé |
|
Abstract — This article sets forth a 3D analytical model of a
tubular linear induction generator. In the intended application,
the slot and edge effects as well as induced current penetration
phenomena within the solid mover cannot be overlooked.
Moreover, generator optimization within the present context of
cogeneration has necessitated a systemic strategy. Reliance upon
an analytical modeling approach that incorporates the array of
typically-neglected phenomena has proven essential to offering
greater computational and analytical flexibility. This article will
describe the electromagnetic model of the generator and draw
comparisons with a finite element model, in addition to
identifying the elements of equivalent electrical diagram and
displaying results from the multi-objective optimization study
performed using a genetic algorithm.
|
Contacter l'auteur pour la publication complète