Application of global optimization strategies to the shape design of a transformer winding

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Title

Application of global optimization strategies to the shape design of a transformer winding (EN)

Creator

Neittaanmaki, P (EN)

Rudnicki, M (EN)

Di Barba, P (EN)

Savini, A (EN)

Kladas, A (EN)

Type

journalArticle (EN)

Partial document
Publication in journal (EN)

Article
Scientific article (EN)

Issued

2014-03-01T01:09:43Z

1994 (EN)

Year

1994 (EN)

Description

In the paper the leakage field in a transformer, produced by windings of variable shape, is investigated. The two-dimensional axisymmetrical analysis of the magnetic field enables short-circuit forces on the two windings to be accurately evaluated. The design problem consists of improving the shape of the primary winding in order to minimize the total force exerted on it under short-circuit conditions. Numerical results achieved using evolution strategy are reported and discussed. © 1994. (EN)

Scientific field

Computer Science, Interdisciplinary Applications (EN)

Computer Science, Software Engineering (EN)

Natural Sciences ▶ Computer and Information Sciences
Software (EN)

Subject

Shape design (EN)

transformer winding (EN)

global optimization (EN)

moving boundary (EN)

Journal

Advances in Engineering Software (EN)

Language