The study of convective heat transfer in differently shaped fins with radiation, internal heat
generation and variable thermal conductivity was considered. The energy equation of the …

The vast majority of engineering issues, particularly heat transport equations, have a non-
linear form. The analytical solution of temperature distribution, fin effectiveness, and fin …

The present numerical study reports the thermal performance of the straight porous fin with
temperature‐dependent thermal conductivity, radiation, and magnetic field effects. The heat …

The porous fin of radial profile is considered in the current analysis along with the radiation
and thermal-dependent internal heat generation condition. In addition, two different cases …

Purpose The purpose of this paper is to study the thermal behaviour of a fully wet porous fin
of longitudinal profile. The significance of radiative and convective heat transfer has been …

The microelectromechanical systems technologies frequently produce rough surfaces, and
the repercussion of roughness on the thermal performance is more prominent in structures …

In this article, thermal analysis of radial moving fins of hyperbolic and rectangular profiles is
performed. A time-dependent nonlinear differential equation modeling heat transfer in a …

The present work investigates heat enhancement through a moving porous fin of trangular
profile. The interaction between the fluid and the porous media in not locally thermodynamic …

The goal of this study is to examine the thermal performance and the flow of hybrid nanofluid
over three types of longitudinal wetted fins encompassing thin tip fin, thick tip fin, and fin with …

In this article, heat transfer through a moving fin with convective and radiative heat
dissipation is studied. The analytical solutions are generated using the two-dimensional …