Due to their superior thermophysical properties, there is a growing body of work on
nanofluids in the field of thermal systems. However, there is no specific review of the role of …

Nanoparticles play a crucial role in enhancing the thermal and rheological properties of
nanofluids, making them a valuable option for increasing the efficiency of heat exchangers …

Cube-shaped cavities explore many noteworthy applications in practice. Cans or storage
tanks are the possible application of large cavities, while thermosyphons are the classic …

In this contribution, a numerical investigation was made for heat transfer and steady
magneto-hydrodynamic natural convection in a fined cold wavy-walled porous enclosure …

The concept of a hybrid nanofluid has piqued the interest of numerous researchers due to its
potential for increased thermal properties, which results in high transfer rates. Hybrid …

Features of double stratification on stagnation point flow of Walter's B nanoliquid driven
through Riga surface are examined in the current study. Via solutal stratification, radiation …

An exertion is executed to explicate thermophysical aspects of viscoelastic fluid flow
produced by a nonlinearized stretched surface. Here, viscoelasticity is characterized by …

In this paper, we have investigated the two-dimensional magnetohydrodynamic steady
boundary layer flow of a viscous magnetomicropolar liquid via an extending area. The …

This work aims to propose a simplified formulation of the similarity solution for the boundary
layers problem occurring along a vertical heated flat plate under buoyancy effect. A new …

The irreversibility in convective nanofluid flow in the occurrence of a magnetic field (MHD) in
a cavity with chamfers is calculated by numerical approach. The nanofluid flow is considered …