Within this paper, an application based comparison of electrical machines will be presented.
The constant need of electrical drive trains asks for the appropriate selection of electrical …

This paper is a continuation of research on the choice of the optimum type of traction electric
motor for safetycritical applications (such as an electrical helicopter), based on the results of …

This paper presents the results of a system analysis of different options for electric inverters
for the traction drive of an electrical helicopter. The article explains the optimal choice, in …

The problem of vehicular electrification has recently become an extremely important
engineering task. The most significant element in the solution of this problem is the …

Modern development of new technologies, equipment and materials in the field of electric
power engineering has allowed a fresh look at the problem of increasing economic …

The focus of this paper is to develop effective control strategies to improve driving dynamics
and slope of the road based on the mechanical dynamic study. The proposed control …

The demand for surface‐mounted permanent‐magnet (SPM) motors with high torque and
power densities has increased as these motors are becoming more widely used in …

In the previous work of the authors the methodology of preliminary (rough) comparative
analysis of electric traction machines for the various types of electric vehicles has been …

Within this work, an application based comparison of electrical machines will be presented,
carried out on the basis of a system approach. Today's most frequently used types of …

Permanent magnet synchronous machines (PMSMs) are commonly used in transportation
applications due to their high efficiency and low mass. Additional benefits can be achieved …