Disruptive innovations in electrical machine design optimization are observed in this paper,
motivated by emerging trends. Improvements in mathematics and computer science enable …

Multi-objective optimization algorithms are becoming ever more popular in the field of
electrical machine design as they provide engineers with an automated way of efficiently …

Electric machine design optimization is a popular topic in electrical engineering. Thanks to
major accomplishments in Mathematics and Computer Science, nowadays the investigation …

This paper deals with accelerating typical optimization scenarios for electrical machine
designs. Besides the advantage of a reduced computation time, this leads to a reduction in …

This article is about illustrating a workflow for incorporating reliability measures to typical
electric machine design optimization scenarios. Such measures facilitate comparing designs …

This paper investigates the impact of tolerances related to permanent magnets on the
cogging torque performance of Permanent magnet synchronous machines (PMSMs). These …

The complexity involved in the process of real-time data-driven monitoring dynamic systems
for predicted maintenance is usually huge. Up to certain extent, any data-driven approach is …

Investigating the impact of tolerance-affected parameters on the performance of electric
machines gets evermore important. A major reason is that designs are optimized and thus …

This article is about a comparison of different measures for determining the robustness or
reliability of electric machine designs in the presence of inevitable tolerances. The selected …

We describe a general strategy for optimizing the quality of products of industrial batch
processes that comprise multiple production stages. We focus on the particularities of …