Precise motion control remains one of the most important problems in modern technology. It
is especially difficult in the case of two-mass systems with flexible coupling if only the motor …

Beginning with the classic methods, a mathematical model of an electromechanical system
is developed that consists of a deep bar cage induction motor that, via a complex motion …

In numerous electric drive applications, the mechanical phenomena in the velocity or
position control loop determine real difficulties and challenges for the control system. So …

Field approaches are employed to develop a mathematical model of a power network
section. The facility consists of two electric power subsystems described with ordinary …

The electromechanical systems under analysis include electric drives, working machines
that perform specific tasks in the technological process, and working mechanisms that …

A mathematical model is developed of the master circuit of an electric driver system
including a power transformer and susceptible motion transmission of asynchronous and …

This article outlines the relevance of building online telemetry systems for online monitoring
of the technical conditions of rolling mill equipment. Electromechanical systems of the …

This paper presents a modeling practical works project of electrical engineering, proposed
to the first-year students of the University Institute of Technology in France, during the COVID …

Shafts are extensively used in engineering fields, serving roles in power transmission and
rotational movement, thus holding significant importance. This study focuses on analyzing …

Systems reliability is usually an integral part of the curriculum for industrial engineering
students. Very often, teachers limit themselves to a theoretical approach or simple …