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 …

When designing a permanent magnet motor, several geometry and material parameters are
to be defined. This is not an easy task, as material properties and magnetic fields are highly …

The power and force density of electric motors becomes higher and higher and it is very
important to design most optimal machines. Conventional methods don't reach this aim. A …

Optimisation, or optimal design, has become a fundamental aspect of engineering across
various domains, including power devices, power systems, and industrial systems …

The shape synthesis of a linear actuator and a permanent-magnet motor is revisited in terms
of multiobjective optimisation using Pareto criterion of optimality. Best-compromise solutions …

This article presents a general framework for a multiobjective design optimization of
permanent magnet motors based on a drive cycle using finite element (FE) simulation. The …

Traditionally, the objective function used for optimizing the design of an internal permanent
magnet motor (IPM) has maximized efficiency or torque for a particular current or volume …

Many-objective problems, characterized by a high-dimensional objective space, are a
source of challenge for standard methods of multi-objective optimization. An evolutionary …

This study proposes a novel multi-objective design method based on Monte Carlo tree
search (MCTS) for the design of permanent magnet (PM) motors. The global configurations …

This paper presents an original method of permanent magnet motor optimal design. The
permanent magnet machines optimization must respect multiple constraints. Efficiency and …