The global drive to reduce energy consumption poses new challenges for designers of
electrical machines. Losses in the core are a significant part of losses, especially for …

The manufacturing processing of Electrical Steel Laminations (ESLs) for electric machines
comprises cutting, stacking, and housing techniques which can result in plastic deformation …

Low surface integrity of near-net–shaped (NNS) blades is the primary problem associated
with aero engine performance improvements. This paper proposes a low-plasticity ultrasonic …

The fatigue behavior of thin electrical steel sheets under cyclic loading is investigated in
dependence on the edge surface. Therefore, four different edge conditions are compared …

The problem of energy consumption reduction establishes important challenges for electric
motor producers in the framework of new international regulations regarding the conditions …

In this study, the effect of cutting electrical steel laminations using abrasive water jet (AWJ)
and wire electrical discharge machining (WEDM) techniques on 5.5 kW induction motor …

The push for more efficient electromagnetic devices for energy and functional applications
requires improving the existing modeling approaches of their soft magnetic components …

In this scientific study, the main properties of structurally inhomogeneous materials are
predicted by computer modelling methods. The automatic combination of a scanning …

Electrical steels are magnetically soft materials and are widely used in the electrical industry
for the construction of power transformer cores, distribution transformers, current …

Abstract In this study, M400-50A electrical steel laminations (ESLs) used in electrical
machines were cut with punching and laser methods and the effect of these cutting methods …