The power generation from nuclear power plants requires high heat transfer from the fuel
rods to a fluid that runs through a turbine to generate power. The addition of nanoparticles …

In modern science and technology, industrial applications that deal with the problem of
continuously moving thin needle, surrounded with fluid in sectors like hot rolling, crystal …

Significant research has been performed on natural convection involving nanofluids inside
rectangular enclosures since they are extensively used in thermal engineering. However, a …

Hybrid nanofluids are introduced as a novel generation of homogeneous mixtures that are
produced by dispersing dissimilar types of solid particles in a common heat transfer fluid to …

Nanotechnology, and particularly nanoparticles (NPs), command significant attention across
diverse fields such as medicine, chemistry, and engineering. NPs are integrated into a base …

This study emphasizes how important accurate prediction of channel temperatures in
nuclear reactors is for safety and operational efficiency. While traditional methods require …

Heat transfer deterioration in thermal systems significantly limits the efficiency and
practicality of these systems. This review explores state-of-the-art studies on the use of …

When nanofluids are used as reactor coolants, they provide more effective heat transfer with
their increase in thermal conduction properties. This plays an important role in energy …

This study investigates the impact of hybrid nanoparticles on the temperature of nuclear
reactor coolant, with a focus on graphene nanoplatelet (GNP)‐based hybrid nanoparticles …