Numerical simulation of electromagnetic, thermal, and mechanical responses of the human
body to different stimuli in magnetic resonance imaging safety, antenna research …

We review the research progress on noninvasive neural regulatory systems through system
design and theoretical guidance. We provide an overview of the development history of …

To effectively analyze the diffusion and accumulation of signals on the surface and inside
the human body under electrical stimulation, we used the gray threshold of the Chinese …

This dissertation focuses on generalization and enhancement of the poser program called
“BodyFlex”, in order to be used for deformation of different voxel-based human body models …

In this study, a dual band, coplanar, flexible antenna design based on inkjet printing
technology is introduced. For the fabrication of electrically conductive flexible circuits, a …

We propose VoxMorph, a new interactive freeform deformation tool for high-resolution voxel
grids. Our system exploits cages for high-level deformation control. We tackle the scalability …

It is well known that lightning strikes produce direct and indirect consequences in power
utilities and systems, which have been addressed by implementing lightning protection …

This paper studies the effect of the step voltage due to a lightning strike on the human body.
Two voxel-based human body models with standing and walking posture were developed …

In the last two decades, the increasing number of electronic devices used in day-to-day life
led to a growing interest in the study of the electromagnetic field interaction with biological …

Whole-body anatomically correct high-resolution 3D medical images are instrumental for
physical simulations. Unfortunately, only a limited number of acquired datasets are available …