flow and heat management around obstacle by nanofluid and incidence angle

Abstract

As mentioned earlier, the heat transfer enhancement and flow<br><br>ontrol around an obstacle by simultaneously using passive or active<br><br>methods are very important from the viewpoint of energy<br><br>management. From the foregoing explanation, it can be concluded<br><br>hat there is no numerical study for a square obstacle. This research<br><br>ies to fill this gap in the literature. As a result, this Note numerically<br><br>manages the fluid flow and convective heat transfer around a square<br><br>bstacle by using Al2O3 (aluminium oxide or aluminum oxide)–<br><br>water nanofluid and incidence angle variation.