In this study, three highly accurate and simple analytical methods, Differential
Transformation Method (DTM), Collocation Method (CM) and Least Square Method (LS) are …

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 …

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 …

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 …

In this study, thermal performance analysis of a natural convection porous fin with
temperature-dependent thermal conductivity and internal heat generation is carried out …

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 …

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 …

This work introduces a simple method of analysis to study the performance of porous fins in
a natural convection environment. The method is based on using energy balance and …

This work introduces a simple method of analysis to study the performance of porous and
solid fins in a natural convection environment. The method is based on using energy …

In this study, a simple and highly accurate semi-analytical method called the Differential
Transformation Method (DTM) is used for solving the nonlinear temperature distribution …