<strong>Paper Title</strong><br>
Numerical Study of Nanofluid Flow Through A Corrugated Channel with Vortex Generator<br>
<br>

<strong>Abstract</strong><br>
The present work concerns the numerical study of two-dimensional, turbulent flow with heat transfer in a
corrugated channel with vortex generators using Al2O3 nanoparticles with 3% volume fraction dispersed in a basic fluid
(water). The equations that govern the flow are: the continuity equation, the momentum equations, and the energy equation
to model heat transfer.These equations were discretized and solved by the Ansys-Fluent commercial code. The standard k-ε
model was used for turbulence modeling. The simulation is carried out for different values of the Reynolds number ranging
from 5000 to 17500 and different amplitudes, namely a=1, 2, 3 and 4 mm.The results obtained are in good agreement with
the results found in previous studies.
Keywords - Corrugation, Nanofluid, Vortex Generator, Ansys-Fluent