Nanofluids have been widely used in various fields because of their unique thermal
conductivity. This paper reviews and evaluates the thermal conductivity of nanofluids …

Addition of nanoparticles into a fluid can improve the heat transfer performance of the base
fluid in heat exchangers. In this work, the preparation method and process of nanofluids are …

The heat exchange medium moderately determines the heat utilization efficiency of solar
energy. Nanofluids, a type of working fluids with high thermal conductivity and strong light …

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 …

Pipelines are strategic infrastructures that are used for energy transfer in the world. Cracks in
the residual stress field are the common defects in welded pipelines. These defects with …

The paper investigates the influence of the length of multi-walled carbon nanotubes
(MWCNTs) dispersed as an additive in solar thermic fluids to enhance thermal conductivity …

The properties and rheological behavior of nanofluids have led to the increasing use of them
in various industries and the significant growth of research on them. Progress in the field of …

Dynamic viscosity is among the most significant transport properties used in the fields of
radiative heat transfer engineering and advanced fluid mechanics. However, measuring the …

The present work concerns the diffusion of nanoparticles in capillary-tissue exchange
system. Nanoparticle are inoculated into the patient's body by intertumoral administration …

Nanofluid is a better substitute for traditional energy transmission media due to its increased
thermal conductivity. Nanofluids present a hitch for researchers in this area due to their lack …