In the paper dynamic electromechanical interaction between the rotating machine drive
system and the electric driving motor is considered. The investigations are performed by …

In the linear motor feed system, all the intermediate transmission components are cancelled.
Lots of thrust harmonics caused by the nonlinearity of drive circuit and motor itself directly act …

This paper studies the excitation of torsional vibrations by electromechanical interaction after
the connection of electrical loads. Electrical generation and power system in aircraft are …

Resolvers are normally employed for rotor positioning in motors for electric vehicles, but
resolvers are expensive and vulnerable to vibrations. Hall sensors have the advantages of …

Multi-motor systems have been widely applied in many fields such as industry and
transportation. In this paper, a two coupling permanent magnet synchronous motors system …

The key technology of vibrating screens' design is how to ascertain the synchronous state of
vibrating systems. The occurrence of synchronization of a model, two co-rotating rotors fast …

The theory on synchronization of two exciters is more widely used in engineering, while that
of more than two exciters is less considered. So it is of great significant to investigate …

Electromechanical systems are an interesting type of coupled systems. The mutual influence
between electromagnetic and mechanical subsystems characterizes coupling. Each …

This paper presents a modal analysis of different drivetrain configurations in electric
vehicles; 1) an in–wheel motor, 2) direct drive, and 3) an electric motor with a reduction gear …

The non-linear analysis of undesired vibrations observed on hybrid electric vehicle (HEV)
powertrains is hardly developed in the literature. In this paper, a mathematical modeling of …