Solusi Analitik dan Solusi Numerik Ko Nduksi Panas Pada Arah Radial Dari Pembangkit Energi Berbentuk Silinder

Abstract

Calculation has been done analytically and numerically by finite difference approach to the heat conduction equation with physical systems cylindrical energy generation in the radial direction. This paper presents analytic and numerical solution techniques for determining temperature distribution and heat flow in one dimensional steady state heat conduction with energy generation. A plate having temperature gradient will conduct energy transfer or heat transfer from high temperature side to low temperature side. Temperature distribution calculation involves partial differential equation. Analytical and numerical solutions to determine the temperature distribution and heat flow in steady-state heat conduction in a one-dimensional energy generation due to the particular object has a cylindrical shape is to use a finite difference method. The calculation of the results obtained by the error between the analytical solution and numerical solution, namely when r = 0 and the error 0.7% when r = b error 0.9%.