The present trend of miniaturization in various electronic devices has caused higher heat
generation per unit area. Dissipation of highly concentrated heat from these devices is …

This review paper provides an overview of heat transfer of non-Newtonian nanofluids
flowing in macro-and micro-channels using single-phase and two-phase approaches. This …

Background The current investigation aims to examine the thermal and hydraulic
performances and irreversibility of a non-Newtonian nanofluid including water …

Background A three-dimensional simulation has been conducted to study the impact of the
hydrophobicity of surfaces on heat transfer, hydrodynamics, and entropy generation of a non …

This study presents a thorough numerical investigation of a LS-2 parabolic trough collector
(PTC) to introduce a manufacturable structure with high performance. This is done by …

The major goal of this work is to analyze the entropy generation in a micropolar nanofluid's
hydromagnetic stagnation point flow with the involvement of the catalytic and nonlinear …

The characteristic scale of pore flow in tight reservoirs is generally in the range of 0.1 μm to 1
μm, which shows the obvious micro‐and nanoscale effect. The traditional oil and gas …

In the current study, the second law of thermodynamics and heat transfer of a power-law
hybrid nanofluid in a micro-tube with a variable heat flux on the hot wall, the attendance of …

Newly, energy storage systems and harvesting energy equipment are modern and important
topics in engineering problems, but they still face the efficiency problem. Using the …

The influence of the tube pass ratio employed, the twisted helical baffle, and Al2O 3-water
nanofluid as the base fluid is investigated in this study by computational analysis. When they …