Ever-increasing consumption of limited energy sources forces researchers and engineers to
produce more efficient energy systems in order to use energy sources effectively. Enhancing …

Previous works that investigated the characteristics of heat transfer and fluid flow in
channels with corrugated walls have been extensively reviewed in this study. In accordance …

The turbulent fluid flow and heat transfer were numerically studied through backward-facing
step combined with various corrugated walls. The governing equation was solved using …

Enhancing the geometrical parameters design of thermal devices leads to promote the
thermal performance and boost design plan of these devices to make it more compact. In the …

In this study, laminar forced convection of pulsating nanofluid flow over a backward-facing
step with a corrugated bottom wall was numerically examined by using finite volume …

Enhancing the geometrical parameters design of thermal devices leads to promote the
thermal performance and boost design plan of these devices and make it more compact. In …

Thermal and hydraulic characteristics of turbulent nanofluids flow in a trapezoidal-
corrugated channel are numerically investigated by implementing the finite volume method …

The convective heat transfer and flow field characteristics through a backward-facing step
(BFS) channel combined with a corrugated wall is investigated numerically and …

Numerical experiments have been performed to investigate the thermo-fluidic transport
characteristics for laminar flow through sinusoidal wavy walled channel. The heat transfer …

In this paper, fully developed turbulent flow and heat transfer behavior in trapezoidal
channels using nanofluids are numerically studied. This study evaluates the effects of four …