The present study focuses to establish an analytical analysis on determining the performance of exponential fins under wet surface conditions with consideration of the temperature dependent thermal conductivity of fin ...

In this work, transient heat transfer response of wet fins is carried out using both Fourier and non-Fourier heat conduction models. The separation of variables is used to establish a classical analytical model defining ...

This Letter demonstrates a non-destructive prediction methodology for determining the necessary magnetic field to be imposed in a porous fin satisfying a particular heat generation occurring within an electronic device. ...

Heat transfer under space restriction is a challenging task in many energy systems due to unavoidable design constraints. For such conditions, the use of regular fin shapes cannot be possible, and eccentric geometry becomes ...

A unique design arrangement for longitudinal and pin fins involving surface dehumidification is proposed for improving the fin’s heat transfer enhancement under transient operating condition. The new design arrangement ...

The present paper demonstrates a nondestructive inverse methodology aimed at estimating the volumetric rate of internal heat generation within a porous fin using the golden section search method (GSSM) algorithm. Distinct ...