THE EFFECT OF TEMPERATURE DEPENDENT THERMAL CONDUCTIVITY DURING PHYSICAL EXERCISE MATHEMATICAL MODELING APPROACH

Abstract

This research is carried out in other to investigate the effect of temperature dependent thermal conductivity in human body during physical exercise as blood mass floor rate increases periodically and metabolic rate increases logistically. The model equation governing physical exercise were formulated and solved using the Olayiwola’s Generalized Polynomial Approximation Method (OGPAM). Results obtained were used for analytical simulation using Maple (2016) software version. It was observed that during periodic exercise, there is a slight increase in thermal conductivity which later decreases with time t. In the same vain the thermal conductivity decreases along distance and its decreases the temperature tissue profile .