In view of the superior thermophysical, rheological, and tribological properties of nanofluids,
they are applicable for heat transfer and lubrication in automobiles. Nanofluids in …

Achieving low friction and high wear-resistant has been regarded as the most concerned
topics in the scientific progress of nano-tribo materials, that attained significant attentions for …

The primary objective of the present work is to carry out an experimental study into the
stability and thermophysical characteristics of cellulose nanocrystal, MXene, and hybrid …

Cellulose nanocrystal (CNC) is the sustainable nanoparticle derived from natural cellulose,
widely used as the functional additive to tailor the properties and performances of diverse …

The automotive sector is demanding higher specifications to achieve maximum efficiency; in
this sense a new generation of lubricants with higher thermo-oxidative stability and superior …

The primary aim of the present study is to assess the stability and efficacy of hybrid
nanocellulose (CNC) and copper (II) oxide (CuO) nanoparticles when integrated into engine …

The researchers attract nanofluids due to their improved thermal and physical properties
compared to the base fluid. The colloidal mixture of nanometre-sized particles with …

Lubricants are derived from biological or non-biological sources. However, the use of stand-
alone lubricants lacked desirable tribological properties and had hit their performance limit …

A hybrid nanocoolant is a novel type of heat transfer enhancement medium that has the
potential to enhance the performance of automotive radiators by improving heat transfer …

Nanomaterials have an excellent potential for improving the rheological and tribological
properties of lubricating oil. In this study, oleic acid was used to surface-modify nanoparticles …