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In this paper a two-dimensional transient thermal model of the rotor of an induction motor during reactor starting is presented using finite element formulation and arch-shaped elements. Excepting for providing a more accurate representation of the problem, the proposed model can also reduce computing costs. A temperature-time method is employed to evaluate the distribution of loss in various parts...
This paper provides the first detailed insights into the ultrahigh-frequency behavior of graphene ribbons (GRs) and analyzes their consequences in designing interconnects and low-loss on-chip inductors. In the companion paper (part I), an accurate impedance modeling methodology has been developed based on the Boltzmann equation with the magnetic vector potential Green's function approach incorporating...
This paper puts forward and discusses the prospects of carbon based nanomaterials (including carbon nanotubes and graphene nano-ribbons) for designing next generation low-power, low-loss and ultra energy-efficient “green” electronics targeted for computing as well as energy storage and conversion applications.
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