A point measurement of the magnetic field (MF) near a typical spot welding machine showed that the magnetic flux density was above the ICNIRP reference level. To investigate if the basic restrictions were exceeded, the induced body currents in a full 3D human model were calculated. It was found that at an operator position of 34 cm away from the machine the maximum induced current density was below the ICNIRP basic restriction. But if the operator was closer to the machine, the basic restriction was exceeded. An important finding of the present article is that the basic restriction can be exceeded although the MF spatially averaged over the whole body is well below the reference level
In the paper, simplified numerical models of human body are applied for the evaluation of current de...
In the paper, simplified numerical models of human body are applied for the evaluation of current de...
In the paper, simplified numerical models of human body are applied for the evaluation of current de...
A point measurement of the magnetic field (MF) near a typical spot welding machine showed that the m...
In this paper the evaluation of the exposure to the magnetic field produced by several resistance sp...
In this paper the evaluation of the exposure to the magnetic field produced by several resistance sp...
In this paper the evaluation of the exposure to the magnetic field produced by several resistance sp...
Purpose - The purpose of this paper is to describe how numerical models of human body have been appl...
Purpose - The purpose of this paper is to describe how numerical models of human body have been appl...
Purpose - The purpose of this paper is to describe how numerical models of human body have been appl...
Purpose - The purpose of this paper is to describe how numerical models of human body have been appl...
Purpose - The purpose of this paper is to describe how numerical models of human body have been appl...
This article evaluates the exposure of workers to the magnetic field produced by several resistance ...
In the paper, simplified numerical models of human body are applied for the evaluation of current de...
In the paper, simplified numerical models of human body are applied for the evaluation of current de...
In the paper, simplified numerical models of human body are applied for the evaluation of current de...
In the paper, simplified numerical models of human body are applied for the evaluation of current de...
In the paper, simplified numerical models of human body are applied for the evaluation of current de...
A point measurement of the magnetic field (MF) near a typical spot welding machine showed that the m...
In this paper the evaluation of the exposure to the magnetic field produced by several resistance sp...
In this paper the evaluation of the exposure to the magnetic field produced by several resistance sp...
In this paper the evaluation of the exposure to the magnetic field produced by several resistance sp...
Purpose - The purpose of this paper is to describe how numerical models of human body have been appl...
Purpose - The purpose of this paper is to describe how numerical models of human body have been appl...
Purpose - The purpose of this paper is to describe how numerical models of human body have been appl...
Purpose - The purpose of this paper is to describe how numerical models of human body have been appl...
Purpose - The purpose of this paper is to describe how numerical models of human body have been appl...
This article evaluates the exposure of workers to the magnetic field produced by several resistance ...
In the paper, simplified numerical models of human body are applied for the evaluation of current de...
In the paper, simplified numerical models of human body are applied for the evaluation of current de...
In the paper, simplified numerical models of human body are applied for the evaluation of current de...
In the paper, simplified numerical models of human body are applied for the evaluation of current de...
In the paper, simplified numerical models of human body are applied for the evaluation of current de...