Authors : O.A. Ajala , R.O. Ayeni , A.W. Ogunsola and S.O. Adewale
Abstract: This study presents a reacting system where the thermal conductivity depends linearly on the temperature of the system. A numerical solution of the resultant energy equation of the system is obtained using shooting technique with second order Runge-Kutta scheme. We show that maximum temperature decreases as thermal conductivity increases and also, the temperature of the system increases as the reaction parameter increases.
O.A. Ajala , R.O. Ayeni , A.W. Ogunsola and S.O. Adewale , 2007. A Reacting Flow with Temperature Dependent Thermal Conductivity. Research Journal of Applied Sciences, 2: 255-257.