The decrease in output power of a photovoltaic (PV) power plant with increase in
temperature is one of the main issues which can be controlled by cooling the PV modules. In …

In this study, an analytical solution of a porous fin with natural convection and radiation heat
transfer is carried out. For the first time, the analysis is accomplished in Local Thermal Non …

The extended surfaces, known as fins, are of great importance in various industrial
applications in electric/electronic devices, heat exchangers, power plants, etc. Recently, it is …

Nowadays, researches on different kinds of renewable energies including photovoltaic
technology are developing rapidly. It is proved that the output power of a PV cell is reduced …

A variety of engineering applications demand efficient and adaptable fin structures for the
intensification of heat exchange. The semi-spherical fin structures are useful in the field of …

In this article, for the first time, a powerful numerical approach, named Sinc–Galerkin
algorithm, is employed to explore the thermal performance of moving porous fin subject to …

The prime goal of the current pagination is to scrutinize the transient thermal response in a
radial porous moving fin of a longitudinal trapezoidal structure. The solution of the …

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 …

Forced-convection heat transfer of pure air-fluid inside an open channel as a section of a
shell-and-tube heat exchanger is evaluated numerically. S-shaped obstacles are used in the …