This study analyses the properties of ternary and tetra hybrid nanofluids using the Blasius
Rayleigh-Stokes time dependent variable model. The aim is to provide a model for solar …

With an increasing global population, energy demand is rising as well. The limitation of fossil
fuels, climate change, and environmental concerns due to the usage of these fuels, have led …

Nowadays, Because of the sharp decline in fossil resources, producing power by renewable
energy is growing rapidly. Photovoltaic (PV) technology is one of the most popular ways for …

This study examines the properties of tetra hybrid nanofluids (HNF 4) using the Blasius
Rayleigh-Stokes time-dependent variable model to aid solar automobile engineers. It …

Concentric shell and tube latent heat exchangers integrated with phase change material
(PCM) are widely used in many heat storage/transfer applications specially for building …

A comprehensive review of published works dealing with experimental studies of forced
convection heat transfer of nanofluids is presented. The survey is limited to straight, smooth …

Integrating phase change materials (PCMs) into the building envelopes is considered a
promising solution to reduce the energy consumption in buildings. These materials, acting …

The Sun is a huge and clean energy source that must be relied upon to reduce greenhouse
gases and promote the renewable and sustainable energy transition. In this paper, the …

A solar collector is an important device for collecting and converting solar energy into
thermal energy. It can be synchronized to work in combination with different power sources …

Utilizing phase change material (PCM) in concentric tube and shell-and-tube latent heat
exchangers known as latent heat thermal energy storage (LHTES) have been extensively …