Author/Authors :
Mir, Aijaz Department of Mathematics - Government Degree College Kilam - Higher Education - Jammu and Kashmir, India , Almanjahie, Ibrahim M Department of Mathematics - College of Science - King Khalid University - Abha, Saudi Arabia , Gani Dar, Javid Department of Mathematical Sciences - Islamic University of Science and Technology - Jammu and Kashmir, India
Abstract :
This paper develops a model to identify the role of perspiration in temperature distribution of human skin. The model has been
solved by using the energy balance equation on the surface of human skin. The role played by thermal conductance, convection,
and heat radiation during heat transfer in human skin has been considered, and the relevant laws such as Fourier law for
conduction, Newton’s Law for convection, and Stefan–Boltzmann’s law for radiation have been used in the model. Pennes’ bioheat
equation has been employed to estimate the heat flow in the dermal region of skin including subcutaneous tissue.
