Nanofluids have been studied as an innovative alternative fluid solution to enhance the
efficiency and profitability of thermal systems in industrial, commercial, and residential …

In the present research, heat transfer behavior and Ag/water two-phase laminar nanofluid
flow as cooling fluid in volume fraction of nanoparticles 0–6% and Reynolds numbers of 200 …

Convective heat transfer can be enhanced by changing flow geometry and/or by enhancing
thermal conductivity of the fluid. This study proposes simultaneous passive heat transfer …

In the present study, the effects of surfactants on the thermal performance of the hybrid
nanofluid (Alumina–Silver) at constant wall temperature and laminar flow have been …

Helical tubes are widely used in heat exchangers in various industries. Due to the
secondary flow caused by centrifugal forces, flow and heat transfer characteristics in helical …

The objective of the present study is to investigate the local variables and interfacial
phenomena for two-phase flow in coiled tube. We believe that such information is not …

Surface coking is significantly affected by the mass transfer of regenerative cooling system in
advanced aeroengines. On the basis of the detailed chemical kinetic mechanism of China …

The thermodynamic performance of the curved rectangular channels in laminar flow is
numerically investigated in terms of entropy generation. The classical Navier–Stokes …

In the present work, heat transfer and fluid flow characteristics for both Newtonian and non-
Newtonian fluids in tube-in-tube helical coil (TTHC) heat exchangers have been …

This study addresses heat transfer performance of various configurations of coiled non-
circular tubes, eg, in-plane spiral ducts, helical spiral ducts, and conical spiral ducts. The …