Improving the thermal performance of cooling systems is crucial for energy and raw material
savings, increasing the thermal ratings, and extending the work life of various equipment …

Steady-state external natural convection heat transfer from vertically-mounted rectangular
interrupted fins is investigated numerically and experimentally. FLUENT software is used to …

A concave-parabolic pin fin (spine) is considered within the present research. The thermal
property of the spine is exhibited to be affected by a uniform oncoming airflow in an aim at …

Shaeri and Yaghoubi [25] reported the highest heat transfer rate in a laminar flow for a
perforated fin with the most perforations (porosity), regardless of investigation on the effects …

In the present article, an exercise has been devoted to establish an analytical model for the
determination of temperature distribution, fin efficiency and optimum design parameters of a …

In the present work, a computational fluid dynamics analysis has been carried out for
analysing heat transfer from a longitudinal fin with step change. For the aforementioned …

In this study, one dimensional heat transfer in a pin fin is modeled and optimized. We used
Bezier curves to determine the best geometry of the fin. The model equations are solved to …

An air cooled motorcycle engine release the heat to the atmosphere through the mode of
forced convection, fins are provided on the outer surface of the cylinder block of the engine …

In the present work, the optimization of a longitudinal fin array is investigated. Heat is
transferred by conduction along the fins and dissipated from the fin surface via natural …

Heat transfer enhancement in fins can be increased by using porous fins. Optimizing the
heat transfer rate reflects the saving in the power supplied and increase the efficiency of the …