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Numerical simulations of filamentary type II superconducting wires undersimultaneous AC transport current and oscillating transverse magnetic fieldsare performed within the critical state approximation. The time dependences ofthe current density profiles, magnetic flux lines, local power dissipation andmagnetic moment are featured. Noticeable non-homogeneous dissipation and fielddistortions are displayed. Also, significant differences between the obtainedAC-losses and those predicted by regular approximation formulas are reported.Finally, an outstanding low pass filtering effect intrinsic to the magneticresponse of the system is described.

Superconducting wires under simultaneous oscillating sources: involved magnetic response, dissipation of energy and low pass filtering