Wafa KRIKA, Ahmed Nour El Islam AYAD, Abdelghani AYAD


Several researches have been conducted on the electromagnetic effect in submarine power cables due to the magnetic interaction of the power lines on materials and environment. Our work aims to study the two-dimensional numerical simulation by using the finite element method of a three-core submarine power cable. The simulation findings illustrate the magnetic field in normal and abnormal conditions:  under overload and different waveforms of   current faults as functions of time and distance, in three phases. The results expose the magnetic field emission of high voltage submarine electric cable, distribution, waveform and intensities around and near the subsea cable.

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