Abstract
Fundamental and higher harmonic responses of hard type-II materials are studied for a cylindrical geometry of any arbitrary cross-section subjected to an AC magnetic field B= B AC cos (ω t) along any general direction. The parallel and two perpendicular in-phase (χ′) and out-of-phase (χ”) AC susceptibility components are analytically calculated and their variations with respect to the change in the applied field orientations and AC field amplitude are studied. The effect of geometrical anisotropy on the fundamental and higher harmonic AC response of the sample is studied by varying aspect ratio of a rectangular cylinder for various values of the AC field amplitude.
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