... on the heat transfer rate, where Ag exhibits the strongest influence on the heat transfer rate due to its high thermal conductivity, and the optimized combination of these ternary nanoparticles leads to maximum heat transfer performance. Practical implications The combined numerical and statistical...

... has been proven to have useful qualities, making it an attractive coolant for an electrical device. The findings would help scientists and engineers better understand how to analyse convective heat transmission and how to forecast better heat transfer rates in cutting-edge technological systems used...

... have been studied. Findings The findings indicate that the incorporation of nanoparticles into the water enhances the heat transfer rate of DTHE. This enhancement is attributed to the improved thermal properties of the working fluid and its impact on the thermal boundary layer. Nusselt number, heat...

... distribution are studied graphically, while bar graphs are drawn to examine the physical quantities of industrial interest such as surface drag force and heat transfer rate at disk and cone. Originality/value To the best of the authors’ knowledge, no study in literature exists that discusses the thermal...

..., the momentum and thermal layers are resolved, together with the assessment of heat transfer rates from both the cone and the disk surfaces. It is determined that the wall expansion has the potential impact of altering the near disk and near cone centripetal/centrifugal characters as compared...