The present study deals with a thermal analysis of porous fins subjected to internal heat
generation, convection, and radiation energy transfer considering an actual system of …

This study presents temperature distribution and heat performance of the longitudinal
porous fins with rectangular, trapezoidal, and concave cross-sectional areas exposed to …

In this study, heat transfer and temperature distribution equations for circular convective–
radiative porous fins are presented. It's assumed that the thickness of circular fins varies with …

A simple and highly accurate semi-analytical method, called the differential transformation
method (DTM), was used for solving the nonlinear temperature distribution equation in solid …

Increasing performance of porous fins is one of the common priorities nowadays. Hence
attention here is given to the convection and radiation effects in the analysis of performance …

In this study, heat transfer and temperature distribution equations for semi-spherical
convective–radiative porous fins are presented. Temperature-dependent heat generation …

The aim of this work is to analyze the enhancement in the heat transfer and investigate the
efficiency of moving, porous and triangular fins. The influence of the various dimensionless …

The annular stepped fin is a common choice for enhancing heat transfer from a cylindrical
primary surface. This typical fin shape is easy in manufacturing compared to the taper …

In this article, the Differential Transform Method (DTM) is used to perform thermal analysis of
natural convective and radiative heat transfer in moving porous fins of rectangular and …

In this study, heat transfer and temperature distribution equations for longitudinal convective–
radiative porous fins are presented. It is assumed that the thickness of fins varies with length …