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This paper presents simulations of controlled hypothermia for the human head in view of improving the hypothermia process. We study the effect of head parameters, such as thickness of each region of the head (scalp, bone, gray matter, and white matter) heat generation rate, and blood perfusion rate, and the Peltier element cooling temperature on the behavior of the overall head cooling through induced...
We analyze a device designed to perform therapeutic hypothermia in the skull. This device is proposed for use in hospitals profile especially for rapid intervention crews. The cooling device uses Peltier elements that allow us easy temperature control. The control is done with fuzzy rules, which also allow flexibility in the composition.
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