Search Results - "Dodig, H."

A boundary integral method for numerical computation of radar cross section of 3D targets using hybrid BEM/FEM with edge elements by Dodig, H.

“…This contribution presents the boundary integral formulation for numerical computation of time-harmonic radar cross section for 3D targets. Method relies on…”
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Deterministic-Stochastic Boundary Element Modeling of the Brain and Eye Exposed to High-Frequency Radiation by Poljak, D., Dodig, H., Cvetković, M., Lallechere, S., El Khamlichi Drissi, K., Bonnet, P.

“…The paper reviews the influence of the variability in the morphology and the tissue properties of the human brain and eye, respectively, exposed to…”
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Stochastic sensitivity of the electromagnetic distributions inside a human eye modeled with a 3D hybrid BEM/FEM edge element method by Dodig, H., Lalléchère, S., Bonnet, P., Poljak, D., El Khamlichi Drissi, K.

“…This contribution was dedicated to the assessment of the electromagnetic (EM) distributions inside a 3D modeled human eye. Since the use of accurate and…”
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Edge Element Calculation of Radar Cross Section of Small Maritime Targets with Respect to Height of Radar Antenna by Dodig, Hrvoje, VukŁa, Srđan, Vidan, Pero, BukljaŁ, Mihaela

“…From the aspect of navigational safety and collision avoidance it is very important to be able to detect small maritime targets such as buoys and small boats…”
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Hybrid BEM/FEM edge element computation of the thermal rise in the 3D model of the human eye induced by high frequency EM waves by Dodig, H., Poljak, D., Peratta, A.

“…This paper investigates the thermal rise in the human eye caused by EM wave exposure at frequencies of 1 GHz, 2 GHz, 4 GHz and 6 GHz. The power density of the…”
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Hybrid BEM/FEM Calculation of Thermal Rise in the Human Eye Exposed to Time Harmonic EM Waves by Dodig, H.

“…Human eye being unprotected by the layer of skin and bones is one of the most sensitive organs to EM radiation. The absorption of EM radiation is quantified in…”
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