Numerical modelling of the interaction between electromagnetic fields (EMFs) and the
dielectrically inhomogeneous human body provides a unique way of assessing the resulting …

The use of electromagnetic systems in daily life is on the rise. The immediate environment,
of these electromagnetic energy devices, is exposed to their emitted fields. Environmental …

The aim of the method detailed in this paper is to get an equivalent thermal model of a stator
slot, in order to simplify the calculation of desired temperatures in an electrical machine …

This review paper presents a unified treatment of the numerical time-domain modeling of
acoustic, electromagnetic, and elastodynamic waves and of the combination thereof: this …

High-resolution anatomy models are used in the computation of induced electromagnetic
fields, SAR, and temperature profiles in the human body. In particular, the HUGO model with …

In this paper, we present the design of an electromagnetic cloaking device working for both
transverse electric (TE) and transverse magnetic (TM) polarizations. The theoretical …

Since the great experiments were carried out by Dr. Percy Spencer in 1946, microwave
heating has been used widely in food industry, medicine, chemical engineering and so on …

An induction heating appliance designed to uniformly heat up metallic plates is studied in
this work. It consists of one planar inductor with two concentric coils attached to a …

This paper focuses on parameter uncertainty quantification (UQ) in specific absorption rate
(SAR) calculation using a computer-aided design mobile phone model. The uncertainty in …

In this article, we evaluate the modeling of a real operation of a real system using the
corresponding adequate theory. We show that the smart theories often used do not directly …