| Keywords |
Coils, computationally-efficient generalized expression, copper, Cu, current density, current density distribution, design procedures, electrical resistivity, equivalent series resistance, FEM, finite element analysis, finite element model, Fourier series, hollow copper tubes, inductive power transmission, magnetic induction, Model of a tubular coil, multilayer multiturn tubular coils, optimisation, optimization procedures, packing factor, proximity-effect losses, resonant coils, Resonant frequency, skin and proximity effect modeling, skin-effect resistance, tube parameters, tubular conductor, wireless power transfer, wireless power transfer system |
