Hybrid Method

On the use of Compound and Extracted Models in Thermal Dosimetry Assessment
The paper deals with thermal analysis of realistic models of the human eye and brain using the finite element method. The research …
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Hybrid FEM/BEM for Human Head Exposed to High Frequency Electromagnetic Radiation
In this paper the hybrid finite element/boundary element method (FEM/BEM) is used to analyze the human head exposed to plane wave …
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Stochastic Sensitivity Analysis for Dosimetry of Head Tissues for the Three Compartment Head Model
This paper presents a stochastic framework for the assessment of stochastic sensitivity of electric parameters in the three-compartment …
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Stochastic Thermal Dosimetry for the Three Compartment Head Model
This paper presents a stochastic approach to the assessment of the temperature elevation in human head tissues due to the exposure to …
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A Study on the use of Compound and Extracted Models in the High Frequency Electromagnetic Exposure Assessment
The paper presents the numerical results for the induced electric field in the various models of the human eye and the head. The …
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Comparison of numerical electric field and SAR results in compound and extracted eye models
This paper compares the numerical results for the induced electric field and the specific absorption rate (SAR) obtained using the …
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Temperature Increase in the Extracted and Compound Eye Models
The paper deals with the comparison of the tem- perature increase due to a high frequency exposure in two realistic human eye models. …
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