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 …

The increasing need for a steady energy supply to enhance efficiency is progressively
growing in both residential and manufacturing industries. This demand can be addressed by …

The utilization of Hall current and ion slip in electrically conducting fluids has garnered
significant attention, especially in applications like magnetohydrodynamic (MHD) power …

This work focuses on non-Newtonian fluid with changeable characteristics and motile
microorganisms in the presence of solar radiation and Arrhenius chemical reaction. With the …

With the implementation of China's western development strategy, the number of tunnels
located in high geothermal regions has significantly increased. Thus, the cooling of high …

The increasing demand for sustainable energy has significantly boosted the requirements
for efficient solar-thermal power systems. In this context, ternary nanofluids have the …

Because of their exceptional material qualities, SiCp/Al composites are widely used in
significant engineering applications. The processability of SiCp/Al composites is frequently …

The numerical simulation of urban wind environments faces difficulties in capturing the
turbulent characteristics due to the large computational domain. Traditional Reynolds …

Spray cooling is effectively utilized in evaporative condensers to achieve efficient heat and
mass transfer transmission, while also effectively preventing performance degradation …

With the rapid advancement of new turbofan engine technologies, the development of an
adjustable splitter design (ASD) method has become critical for enhancing the performance …