Additive manufacturing (AM) offers the possibility to produce components in a resource-
efficient and environmentally friendly way. AM can also be used to optimise the design of …

This article presents and evaluates a dual rotor axial flux permanent magnet motor for
electric aircraft applications. Several features, including grain-oriented electrical steel …

Electrical machines are key enablers of hybrid/electric propulsion in aerospace applications.
This is attributed to the following advantages:(i) full or partial elimination of fossil fuel which …

This paper presents a comprehensive study on thermal management system and behavior
of additively manufactured coils through heat pipe based liquid cooling thermal …

Electrification of the aerospace application is crucial to mitigate carbon dioxide emissions.
On the other hand, electrical machines are not yet competitive to turbo jet engines in terms …

The demand of high-performance electrical machines for challenging applications like
aerospace has impelled the exploration of advanced manufacturing materials for the various …

Electric motors are effective solutions to mitigate or eliminate CO 2 emissions produced by
aerospace vehicles. However, the aggressive Specific Power (SP) and efficiency targets …

This paper investigates the effects of the current ripple induced by PWM switching on
various parameters of a 250 kW, 5,000 rpm surface mount permanent magnet machine. Due …

The decarbonization of commercial aviation in the coming decades represents a formidable
challenge. For ranges of less than several hundred miles, all-electric battery-powered …

This paper focuses on the scalability effects on key specifications (including specific power
and efficiency) of surface permanent magnet machines. Therefore, a 500 kW and 10,000 …