Heat exchangers are used extensively in a variety of industrial applications, such as power
plants, air conditioning, refrigeration, the oil and gas, and petrochemical sectors. Air-cooled …

Nanofluids can be employed as one of the two fluids needed to improve heat exchanger
performance due to their improved thermal and rheological properties. In this review, the …

Conventional working fluids such as water, glycol, and synthetic oils are commonly
employed in solar thermal applications, but they have relatively low thermal conductivity …

An experimental investigation of thermal conductivity and viscosity of a new ternary
nanofluid with four different mixing ratios and three different volume concentrations is …

The key challenge during vaccine cold chain logistics is maintaining a temperature range of
2–8° C for the safe delivery of vaccines. In this study, a novel organic binary mixture of lauryl …

Nanofluids have been extensively studied in recent decades and have been regarded as
“next-generation heat transfer fluids” due to their superior properties. However, dispersion …

Red mud consists of valuable metal oxides as part of its chemical composition. This
research investigates the use of water-based red mud nanofluids in circular copper tube …

The prospects for the use of new, two-dimensional nanomaterials (2D materials) for the
intensification of heat and mass transfer processes in power equipment are considered. The …

There are currently several parabolic trough collector (PTC) brands in the global solar
market, which are differentiated by several innovative features, such as the materials …

This study delves into an extensive investigation of the thermophysical properties and heat
transfer efficacy of a hybrid nanofluid incorporating graphene nanoplatelets and γ-Al2O3 …