Finite element analysis of the effect of intracranial hemorrhages on postmortem cranioencephalic temperature

Aim . To assess the local influence of intracranial hemorrhages various types on postmortem cranioencephalic temperature by means finite element modeling field head. Methods The geometry and heat exchange human head anatomical structures were simulated using ELCUT 6.5 software application based method, both in absence presence meningeal intraventricular hemorrhages. Results A twodimensional model for determining under conditions convective with air was developed. a significant direct effect confirmed. Conclusions Cranioencephalic can be used to determine interval any In order exclude errors associated possible hyperthermic death, as well those caused exposure hemorrhages, should only after its reduction values lower than 36 °C.