In this study, the heat transfer and temperature distribution in a moving fin have been
analyzed. The fin velocity was considered constant, and the thermal conductivity coefficient …

In the current research, the mixed convection and radiation heat transfer for a longitudinal fin
with a constant velocity and considering heat source is analytically investigated. Two …

The current research addresses the features of the steady-state thermal distribution in a
radial porous fin. The present study introduces the feature of an inclined magnetic field with …

The convective heat transfer between the object and surrounding environment can be
improved by increasing the surface area. This can be done by mounting an annular/radial fin …

Fins and radial fins are versatile engineering components that significantly enhance heat
transfer and thermal management in diverse applications, hence improving efficiency and …

The homotopy perturbation method (HPM) was applied to analyze the thermal behavior of
longitudinal radiative-convective moving fins with trapezoidal, concave parabolic, and …

Developments of analytical solutions to nonlinear equations provide very good physical
insights into the nonlinear phenomena. The nonlinear transient thermal responses of …

Fins and radial fins are essential elements in engineering applications, serving as critical
components to optimize heat transfer and improve thermal management in a wide range of …

This article deals with heat transfer from the annular fin of different profiles. Three different
materials: aluminum, copper, and steel are considered in numerical simulation of the …

In this work, Laplace transform-Legendre-wavelet collocation method is adopted for a semi-
numerical analysis of predicting transient nonlinear behaviour of a radiative-convective fin …