The wireless devices have become the integral part of our everyday life. These devices are being used for many purposes such as for Internet and Telecommunication. There are many effects of wireless devices on the human body, some of which generates heat on the human body, Is there any paper related to bioheat transfer from wireless devices?
Bioheat transfer is the study of the transport of thermal energy in living systems. Because biochemical processes are temperature dependent, heat transfer plays a major role in living systems. Also, because the mass transport of blood through tissue causes a consequent thermal energy transfer, bioheat transfer methods are applicable for diag- nostic and therapeutic applications involving either mass or heat transfer. This article presents the characteristics of bioheat transfer that distinguish it from nonliving systems, including the effects of blood perfusion on temperature distribution, coupling with biochemical processes, thera- peutic and injury processes, and thermoregulation.
http://users.ece.utexas.edu/~valvano/research/BioheatTransfer2005.pdf
Dear Dr Jaffal Please find enclosed an interesting article that may answer your question
BIOHEAT TRANSFER
J
ONATHAN
W. V
ALVANO
The University of Texas
Austin, Texas
Hi
For general information
http://160592857366.free.fr/joe/ebooks/Mechanical%20Engineering%20Books%20Collection/HEAT%20TRANSFER/handbook%20of%20HeatTransfer.pdf
Also some articles about wireless devices
https://www.omicsonline.org/open-access/effects-of-wireless-devices-on-human-body-jcsb-1000229.php?aid=77066
Article Effects of radiation and SAR from wireless implanted medical...
Article Evaluation of SAR in a human body model due to wireless powe...
Article Human Exposure to Electromagnetic Fields from Parallel Wirel...
Bioheat transfer is the study of the transport of thermal energy in living systems. Because biochemical processes are temperature dependent, heat transfer plays a major role in living systems. Also, because the mass transport of blood through tissue causes a consequent thermal energy transfer, bioheat transfer methods are applicable for diag- nostic and therapeutic applications involving either mass or heat transfer. This article presents the characteristics of bioheat transfer that distinguish it from nonliving systems, including the effects of blood perfusion on temperature distribution, coupling with biochemical processes, thera- peutic and injury processes, and thermoregulation.
http://users.ece.utexas.edu/~valvano/research/BioheatTransfer2005.pdf
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