The paper presents the human exposure assessment to Extremely Low Frequency fields (ELF) by means of the three dimensional Boundary Element Method (BEM). The formulation is based on a rather realistic representation of the human body. The paper analizes the response of the density current due to variations on the detail of the conceptual model considered. Variations on the geometry model and the inclusion of organs have been considered. The results obtained with and without considering the rough representations of the internal organs were compared. This comparison allows to estimate their relevance in numerical modellings at ELF
The paper introduces a three dimensional multidomainboundary element model of a pregnant woman and f...
In the presented thesis, the interaction of low-frequency electromagnetic fields with the human body...
In this paper, a finite element method, based on a boundary value approach, for the evaluation of th...
The paper presents the human exposure assessment to Extremely Low Frequency fields (ELF) by means of...
This paper evaluates the currents induced in the human body when exposed to extremely low frequency ...
A comparison between two theoretical methods, recently adopted for evaluating induced currents in a ...
Abstract—The paper presents an assessment of human exposure to extremely-low-frequency (ELF) electri...
We computed by finite element the fields induced in an heterogeneous model of the human body by both...
The research focuses on a hybrid experimental-numerical technique, based on Boundary Element Method ...
The human body is more and more exposed to the “electrosmog”, due to increasing usage of electricity...
The aim of this paper is the investigation of the numerical properties of the boundary element metho...
The paper proposes and discusses a boundary element procedure able to predict the distribution of th...
Purpose - The purpose of this paper is to describe how numerical models of human body have been appl...
The paper deals with the deterministic-stochastic model of the human body represented as cylindrical...
A dissertation submitted to the Faculty of Engineering and the Built Environment, University of the ...
The paper introduces a three dimensional multidomainboundary element model of a pregnant woman and f...
In the presented thesis, the interaction of low-frequency electromagnetic fields with the human body...
In this paper, a finite element method, based on a boundary value approach, for the evaluation of th...
The paper presents the human exposure assessment to Extremely Low Frequency fields (ELF) by means of...
This paper evaluates the currents induced in the human body when exposed to extremely low frequency ...
A comparison between two theoretical methods, recently adopted for evaluating induced currents in a ...
Abstract—The paper presents an assessment of human exposure to extremely-low-frequency (ELF) electri...
We computed by finite element the fields induced in an heterogeneous model of the human body by both...
The research focuses on a hybrid experimental-numerical technique, based on Boundary Element Method ...
The human body is more and more exposed to the “electrosmog”, due to increasing usage of electricity...
The aim of this paper is the investigation of the numerical properties of the boundary element metho...
The paper proposes and discusses a boundary element procedure able to predict the distribution of th...
Purpose - The purpose of this paper is to describe how numerical models of human body have been appl...
The paper deals with the deterministic-stochastic model of the human body represented as cylindrical...
A dissertation submitted to the Faculty of Engineering and the Built Environment, University of the ...
The paper introduces a three dimensional multidomainboundary element model of a pregnant woman and f...
In the presented thesis, the interaction of low-frequency electromagnetic fields with the human body...
In this paper, a finite element method, based on a boundary value approach, for the evaluation of th...