Optimal shape design of a class of permanent magnet motors in a multiple-objectives context

P Di Barba, ME Mognaschi, L Petkovska… - … journal for computation …, 2022 - emerald.com
Purpose This paper aims to deal with the optimal shape design of a class of permanent
magnet motors by minimizing multiple objectives according to an original interpretation of …
被引用次数：4 相关文章

Optimal shape design of a class of permanent magnet motors in a multiple-objectives context

P Di Barba, ME Mognaschi, L Petkovska… - … for computation and …, 2022 - repository.ukim.mk
This paper aims to deal with the optimal shape design of a class of permanent magnet
motors by minimizing multiple objectives according to an original interpretation of Pareto …
[PDF] core.ac.uk

[PDF][PDF] Optimal Shape Design of a Class of Permanent Magnet Motors in a Multiple-Objectives Context

P Di Barba, ME Mognaschi, L Petkovska, G Cvetkovski - core.ac.uk
Abstract Design/methodology/approach: Two approaches are proposed in the paper: the All-
Objectives (AO) and the Many-Objectives (MO) optimisation approach. The former is based …

Optimal shape design of a class of permanent magnet motors in a multiple-objectives context

P Di Barba, ME Mognaschi, L Petkovska… - COMPEL: Int J for …, 2022 - ingentaconnect.com
Purpose This paper aims to deal with the optimal shape design of a class of permanent
magnet motors by minimizing multiple objectives according to an original interpretation of …

Optimal shape design of a class of permanent magnet motors in a multiple-objectives context

P di Barba, ME Mognaschi, L Petkovska… - … for computation and …, 2022 - dialnet.unirioja.es
Purpose–This paper aims to deal with the optimal shape design of a class of permanent
magnet motors by minimizing multiple objectives according to an original interpretation of …

Optimal shape design of a class of permanent magnet motors in a multiple-objectives context

P Di Barba, ME Mognaschi, L Petkovska… - COMPEL, 2022 - iris.unipv.it
Purpose: This paper aims to deal with the optimal shape design of a class of permanent
magnet motors by minimizing multiple objectives according to an original interpretation of …