Finite element model to study temperature distribution in skin and deep tissues of human limbs

• Published in: Journal of thermal biology 2016-12, Vol.62 (Pt B), p.98-105
• Main Authors: Agrawal, Mamta, Pardasani, K.R.
• Format: Article
• Language: English
• Subjects: Body Temperature Regulation; Extremities - physiology; Humans; Models, Biological; Skin Temperature; Temperature; Thermometry - methods
• ISSN: 0306-4565; 1879-0992
• DOI: 10.1016/j.jtherbio.2016.07.006

The temperature of body tissues is viewed as an indicator of tissue response in clinical applications since ancient times. The tissue temperature depends on various physical and physiological parameters like blood flow, metabolic heat generation, thermal conductivity of tissues, shape and size of organs etc. In this paper a finite element model has been proposed to study temperature distribution in skin and deep tissues of human limbs. The geometry of human limb is taken as elliptical tapered shape. It is assumed that outer surface of the limb is exposed to the environment. The appropriate boundary conditions have been framed based on physical conditions of the problem. The model has been developed for a three dimensional steady state case. Hexahedral circular sectoral elements are used to discretize the region. The results have been computed to obtain temperature profiles and study the relation of tissue temperature with the parameters like atmospheric temperature, rate of evaporation, thickness of tissues layers and shape of the limb. •A three dimensional finite element model to study temperature distribution in skin and deep tissues of human limbs is proposed.•The tapered shape of a human limb is modelled with deep tissue layers.•The effect of the temperature distribution in deep tissue layers of tapered elliptical shaped human limb is analysed.