Simulasi Numerik Persamaan Transfer Panas Dua Dimensi Pada Silinder Komposit Multilayer dengan Sumber Panas Bergantung Waktu

Abstract

Heat transfer is a physical phenomenon that is widely applied in the fields of aerospace, industrial, nuclear, power generation, and automotive. Simulations can be done to better understand the phenomenon of heat transfer in order to save costs and risks that arise. The heat transfer profile in a two-dimensional multilayered composite cylinder has been successfully determined using analytical and numerical methods. Temperature distribution profiles in different times and different thermal diffusivity for the two layers have been successfully calculated using Python 3.7 with the Numpy library.

The Two-Dimensional Conduction Heat Transfer Equation on a Square Plate: Explicit vs. Crank-Nicolson Method in MS Excel Spreadsheet

“…Heat transfer in two dimensions can be determined using both analytical and numerical methods [5]. Numerical methods are flexible and effective in addressing complex transient heat transfer problems [6].…”