Convective heat transfer and phase changing process are analyzed for flow over facing step
in a channel equipped with double rotating circular cylinders and phase change-packed bed …

Cavity structures are frequently encountered on hypersonic vehicle surfaces, which change
the aerodynamic heat flux and force (pressure) compared with flat vehicle surfaces. The …

Separated flow and thermal performance characteristics by combined utilization of surface
corrugation, partially active magnetic field, nanoparticle loading in the base fluid and flow …

Piezo-electric energy harvesters (PE-EH) are used in a variety of engineering applications
due to their simplicity, ease of installation, compact structure, higher power density, and …

In this study, flow separation effects on the performance of PCM embedded thermo-fluid
system is numerically analyzed by using the finite element method. In the heat transfer fluid …

The forced convection of non-Newtonian nanofluid for a backward-facing flow system was
analyzed under the combined use of magnetic field and double rotating cylinders by using …

This study employs COMSOL software v 5.6 to investigate a novel approach to heat transfer
via mixed convection in an open hollow structure with an unheated 90° baffle elbow. Two 20 …

In this study, the effect of the oscillating injection flow on laminar forced convection of
nanofluid flow over a 2D backward-facing step was numerically investigated. The effects of …

Many engineering device, including nuclear reactors, heat exchangers, and electronic circuit
boards, exhibit flow separation and reattachment. To reduce thermal stress impacts, the …

The flow separation control on an adverse-pressure-gradient ramp model is studied using
various flow control strategies. Using a steady turbulent flow, the effects of utilizing an active …