15 research outputs found

    Geometrical optimization of sensors for eddy currents. Non destructive testing and evaluation

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    Potential distribution simulation in high voltage measurement system

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    Finite-Element Modeling of Cell Exposed to Harmonic and Transient Electric Fields

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    Numerical Dosimetry of Induced Phenomena in the Human Body by a Three-Phase Power Line

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    Finite element analysis of a fast electromagnetic actuator

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    Characterization and Modeling of a Current Transformer Working Under Thermal Stress

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    Computation of induced fields into the human body by dual Finite Element formulations

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    In this work we present two dual finite element formulations to compute extremely low frequency (ELF) induced fields into the human body. This allows to estimate the numerical error, as well as rigorously bound the (global) co-energy. This method is herein applied to the classical case of the exposure to a homogeneous magnetic field, and to the field generated by an infinite wire.status: publishe
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