Squirrel cage induction motor is the most widely adopted electrical machine in applications
directly fed by the main grid. The analysis, design, and optimization of this machine topology …

In many industrial applications the self-starting capability of electric motors is still an
important requirement enabling to simplify the drive architecture and increase the system's …

Nowadays, finite element analysis represents the most accurate tool to analyse electrical
machines. However, the time domain resolution of electromagnetic problem, in some cases …

Among the electro-mechanical devices transforming energy from electrical to mechanical,
the squirrel cage induction motor can be surely considered a workhorse of the industry due …

Accurate and efficient thermal simulations of induction machines are indispensable for
detecting thermal hot spots and hence avoiding potential material failure in an early design …

This paper presents a comprehensive comparison between squirrel cage induction motors
optimally designed with single and double cages for direct main-fed applications. The effect …

A general middle complexity model of electromagnetic devices is applied to a cage
induction motor. Such modelling approach has been simplified and adapted in order to …

Line-Start Permanent Magnet Motors are a valid alternative to conventional three-phase
induction motors and wound-field synchronous machines for fixed-speed applications direct …

In this study, the authors aimed to analyse the influence of massive ferromagnetic shaft on
the distribution of the electromagnetic field and to evaluate the magnetising current from the …

A rapid procedure has been developed for determining six-phase induction machine
equivalent circuit parameters using Coupled Finite Element-Circuit modeling. The common …