For time-harmonic electromagnetic waves scattered by either perfectly conducting or
dielectric bounded obstacles, we show that the fields depend holomorphically on the shape …

This paper presents a numerical procedure for the calculation of the polynomial chaos (PC)-
expansion coefficients for the per-unit-length capacitance and inductance matrices of wire …

The Non-Intrusive Spectral Projection (NISP) method is widely used for uncertainty
quantification in stochastic models. The determination of the expansion of the solution on the …

The impact of fabrication uncertainties such as random variations in material properties of
the media on the electromagnetic system response is usually ignored due to computational …

Models in electromagnetism are more and more accurate. In some applications, the gap
between the experience and the model comes from the deviation on input data of the model …

For time-harmonic scattering of electromagnetic waves from obstacles with uncertain
geometry, we perform a domain perturbation analysis. Assuming as known both the …

The paper presents the analysis of the functional abilities of measurement tools with
ellipsoidal reflectors for Raman spectroscopy. The investigated structural scheme of the …

A stochastic finite integration technique formulation of an electrokinetic problem is derived
applying the polynomial chaos expansion. The formulation is able to provide the uncertainty …

The numerical simulation of electromagnetic systems [1] is commonly adopted by engineers
in the early design phase of a product. As national and international laws require strict …

In this paper, an electromagnetic stochastic finite element method is presented to calculate
the statistical moments of electromagnetic problems with spatially uncertain dielectric …