Increasing thermal performance and preventing heat loss are very important in energy
conversion systems, especially for new and complex products that exacerbate this need …

The main objective of the study is to investigate the fluid flow pattern and thermal behavior of
time-dependent 2-dimensional lid-driven cavity flow in the presence of mixed convection …

In this analysis, the significance of different alignments of porous elliptical cylinder and
orientation of magnetic field intensity on the buoyancy driven flow and heat transfer traits in …

Passive heat transfer (PHT) methods provide an energy-efficient and environmentally
friendly approach for transferring heat between systems, making them a promising solution …

In the current work, the bifurcation phenomenon of a double-diffusive natural convection flow
is analyzed for a non-uniform magnetic field applied to a wavy enclosure in the presence of …

Using Taguchi's method, the best heat transfer locations for the heating and cooling systems
are optimized. To investigate the flow field and heat transfer, the double multi-relaxation time …

With the increasing scientific and engineering applications of coupled radiation and natural
convection problems (CRNCP), it is required to develop more convenient numerical …

Particulate flows are frequently observed in both industrial and natural environments, and
their simulation becomes particularly challenging when heat transfer is involved. This study …

Enhancing heat transfer efficiency and understanding fluid behavior in complex engineering
systems is quite challenging. Here, we examine the rate of heat transfer of …

Jeffrey fluid flow is found to have extensive applications in many fields of engineering. There
are numerous applications of Jeffrey fluid in polymer industries and industrial fluids such as …