Nanofluids have gained significant popularity in the field of sustainable and renewable
energy systems. The heat transfer capacity of the working fluid has a huge impact on the …

The rheological and thermal behavior of nanofluids in real-world scenarios is significantly
affected by their thermophysical properties (TPPs). Therefore, optimizing TPPs can …

With the rapid development of artificial intelligence, cloud computing and other technologies,
data centers have become vital facilities. In the construction and operation of data centers …

Background Previous research has revealed that nanofluids are capable of improving the
heat transfer performance of energy systems. Researchers devote a considerable deal of …

In the present paper, the thermal conductivity (TC) of a hydraulic oil-based nanofluid in the
presence of ternary nano-additives, graphene oxide (GO), iron oxide (Fe 3 O 4), and titanium …

Seepage flow through embankment dam is one of the most influential factors in failures of
them. Thus, the monitoring and accurate measuring of seepage are crucial for the safety and …

A review of studies involving machine learning-based modeling of nanofluid flows with a
specific focus on their utilization in compact heat transfer devices for electronic device …

Spur dike has been widely used as one of the river training structures to increase the
stability of riverbanks and embankments. Scour around spur dikes affects their hydraulic …

Background The critical role of thermal conductivity (TC) as a significant thermo-physical
property in MXene/graphene-based nanofluids for photovoltaic/thermal systems has …

The quantitative determination of specific heat capacity (SHC) of molten (nitrate) salt-based
nanofluids helps to control the start-up heat and prevent overheating when deployed as a …