Improvements in heat transfer technologies are a key factor in making all industries that use
condensers, solar collectors, and thermal machines more efficient and use less energy. With …

Improving the heat transfer rate is one of the main issues at the design stage of different
thermal devices for various industries. In this research, a numerical simulation is performed …

In the present study, turbulent flow and heat transfer inside a three-dimensional tube with
elliptic and circular cross sections are simulated using finite volume method. The main aim …

Turbulent forced convective flow of hybrid and single nanofluids in a conical diffuser is
investigated numerically. Simulations are conducted for various Reynolds (Re= 10000 …

In this paper, laminar convective heat transfer of Al 2 O 3-water nanofluid flow over tube
banks under constant wall temperature conditions has been numerically investigated. The …

The nanofluids heat transfer and flow behaviors in the spirally coiled tube with and without
helical ribs are simulated using the Eulerian two-phase turbulent model. A model used in the …

The purpose of this research is the numerical study of turbulent flow field, heat transfer and
entropy generation of a Cuo-MWCNT-oil hybrid nanofluid in a trapezoidal enclosure under …

Accepted: 7 September 2018 Thermal and hydraulic characteristics of turbulent nanofluid
flow in a semicircle zigzag corrugated channel are numerically investigated by implementing …

The impact of global warming has urged a prudent spending of energy in the building sector
nowadays. In general, a typical HVAC system consumes about 60%–70% of the total energy …

Abstract To date, the Smoothed Particle Hydrodynamics (SPH) method which is mesh-less
and fully Lagrangian in nature has been mainly applied in solving solid heat conduction …