In the present study, the thermal behavior of a longitudinal fin considering three types of heat
transfer mechanisms (conduction, convection, and radiation) is investigated. For this …

In this investigation, the cooling characteristics of mini-channel heat sink with the water-
based nano-phase change material emulsions are examined experimentally. The n …

While distributed power generation has been made possible by photovoltaic cells during the
day, there is no comparable option available at night, especially in off-grid areas around the …

In this study, we enhance the cooling efficiency of electronic systems, addressing the
increased heat dissipation due to high-performance microprocessors. The trend of …

This paper focuses on finite element analysis of the thermal behaviour of a moving porous
fin with temperature-variant thermal conductivity and internal heat generation. The numerical …

Heat transfer can be enhanced in various equipment by utilizing fins that have pores in their
media. Efforts have been made to solve the porous fins problem by numerical …

In recent times, the subject of effective cooling have become an interesting research topic for
electronic and mechanical engineers due to the increased miniaturization trend in modern …

In the present paper, a new hybrid method via the Laplace transform and Chebyshev
Pseudospectral collocation method is proposed. The proposed method is applied to analyse …

In this paper, nonlinear thermal analysis and optimisation of a convective-radiative
longitudinal porous fin of functionally graded material is presented. The present work aims at …

Thermal management of high-power electronic devices is essential to control their
enormous heat generation, which is usually the cause of their damage. Scientists have …