In this paper, a new approach is developed for the identification of Wiener–Hammerstein
model structures. Unlike several other papers, the transfer functions of linear elements are of …

Switched reluctance motors (SRMs) present major interest in several domains, eg, in electric
vehicles, because of their wide range speed variation, high performances, low cost, and …

Switched reluctance motors (SRMs) received major interest in several domains, eg, in
electric vehicles. This interest is due to the many advantages of SRMs, including operation …

This paper is focused on the problem of system identification for a class of nonlinear systems
constituted of a Wiener subsystem and Hammerstein subsystem connected in parallel. Most …

Presently, the problem of parameter estimation is addressed for a more general nonlinear
model. In this respect, the proposed nonlinear system is composed of the parallel …

Presently, the problem of parameter estimation of motors used in electrical vehicles is
discussed. To make the control more efficient, a model of the electrical motor is developed …

Ant colony optimization algorithm and fuzzy logic for switched reluctance generator control
Page 1 AIMS Energy, 10(5): 987–1004. DOI: 10.3934/energy.2022045 Received: 10 February …

This paper aims to investigate the perfection of conventional tools, as well as the application
of intelligent tools for switched reluctance motor (SRM) modelling and torque control with …

Switched reluctance generators (SRG) become increasingly competitive with other electrical
machines due to their design, which includes only a stator winding. The SRG are known for …

A Switched Reluctance Machine (SRM) is an electric motor that operates based on the
principle of magnetic reluctance. In addition, SRMs have several advantages over other …