The topic is of paramount importance. Heating, cooling, or solar air ducts are used in several
sectors and in very diverse fields. The improvement in their performance has been and is …

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 …

Energy and material saving considerations, as well as economic incentives, have led toward
making effort for producing more efficient heat exchange equipment such as solar air …

This investigation reveals the flow patterns of natural convective hybrid nanofluid inside a
square enclosure. The enclosure is presumed to be filled with water-based ferrous …

Thermal performance enhancement of solar air heaters is critical for efficient utilization of
energy. In the present work, a numerical study and parametric optimization of turbulent …

In this article it were analyzing the hydrodynamic processes occurring in the working
chamber of the solar air heater collector with a submersible air pipe absorber, developed in …

In this paper, six different shape obstacles, namely, Isosceles trapezoid (Type 1), Triangular
with curve apex (Type 2), Rectangular with chamfered edges (Type 3), Rectangular with …

Heat transfer enrichment is significant because its optimum values lead to the optimal usage
of energy resources and further improvement of energy efficiency. The obstacles inside an …

This study investigates the Al2O3-water nanofluidic transport within an isosceles triangular
compartment with top vertex downwards. The top wall is maintained isothermally cooled and …

A current investigation deals with experimental analysis of the heat transfer behavior and
optimum relative width parameter of the solar air channel of aspect ratio of 10.0 with 60° …