[HTML][HTML] Metal additive manufacturing for electrical machines: Technology review and latest advancements
Metal additive manufacturing (AM) has been growing remarkably in the past few years.
Thanks to the advantages of unmatched flexibility and zero material waste, this clean …
Thanks to the advantages of unmatched flexibility and zero material waste, this clean …
Advanced Manufacturability of Electrical Machine Architecture through 3D Printing Technology
The rapid evolution of electric machines requires innovative approaches to boost
performance, efficiency, and sustainability. Additive Manufacturing (AM) has emerged as a …
performance, efficiency, and sustainability. Additive Manufacturing (AM) has emerged as a …
Evaluation of 3D-printed magnetic materials for additively-manufactured electrical machines
Nowadays, going beyond the 2D conventionally laminated structures is essential for
improving the functionality of an electrical machine during the design process. Additive …
improving the functionality of an electrical machine during the design process. Additive …
A comparative study of dual stator with novel dual rotor permanent magnet flux switching generator for counter rotating wind turbine applications
Compared with the single rotor wind turbine, a counter-rotating (CR) wind turbine with two
rotor sets leads to twice power density. In this regard, dual stator CR (DSCR) permanent …
rotor sets leads to twice power density. In this regard, dual stator CR (DSCR) permanent …
A novel dual rotor permanent magnet flux switching generator for counter rotating wind turbine applications
In this paper counter rotating (CR) dual rotor permanent magnet flux switching generator
(CR-DRPMFSG) is designed and relatively studied with co-rotating DRPMFSG (CoR …
(CR-DRPMFSG) is designed and relatively studied with co-rotating DRPMFSG (CoR …
Mitigation of high-frequency eddy current losses in hairpin winding machines
In high-speed and high-frequency electric machines, one of the major issues that impacts
the performance and capability of a machine is the high-frequency eddy current losses in the …
the performance and capability of a machine is the high-frequency eddy current losses in the …
A novel dual port dual rotor wound field flux switching generator with uniform and non-uniform rotor poles for counter-rotating wind power generation
In this paper, a novel dual port counter rotating dual rotor wound field flux switching
generator (DPCRDR-WFFSG) is proposed for direct drive counter rotating wind power …
generator (DPCRDR-WFFSG) is proposed for direct drive counter rotating wind power …
Development of novel semi-stranded windings for high speed electrical machines enabled by additive manufacturing
Recent advances in electrical machines and energy storage technologies make electric
vehicles (EVs) feasible replacements to conventional internal combustion engines. One of …
vehicles (EVs) feasible replacements to conventional internal combustion engines. One of …
A novel dual electrical and dual mechanical wound field flux switching generator for co-rotating and counter-rotating wind turbine applications
To overcome drastic increase in rare-earth permanent magnet cost, avoid the requirements
of brushes, slip rings, and eliminate gear-box mechanism, a novel magnet-less dual …
of brushes, slip rings, and eliminate gear-box mechanism, a novel magnet-less dual …
Rare-earth magnet free flux-switching generator for wind turbines in micro-grids: A review
In traditional electricity generation plants, large powerful synchronous, induction, and direct
current generators were used. With the proliferation of microgrids focused on electricity …
current generators were used. With the proliferation of microgrids focused on electricity …