Aluminum alloys are superstars in the world of industrial applications, especially when it comes to thermal management. This fascinating study delves into the performance of a unique mix: hydrocarbon-based fluid (C

2

H

6

O

2

-H

2

O) saturated with a special blend of aluminum alloys (AA7072, AA7075, and Ti

6

AI

4

V). Traditionally, these metals and liquids have been used separately, but combining them opens up new possibilities.

The scientists added a twist by considering the impact of solar energy and convection. They created a model that took into account how these forces influence thermal performance. The results were simulated to see how well the combination worked.

As it turns out, the energy from solar radiation and higher temperature ratios really boosted the system's thermal performance. The more dissipation energy there was, the better the system fared. Surprisingly, magnetic fields also played a role in controlling the thermal boundary layer.

Comparing this mix to regular fluids showed that the ternary nanofluid was a winner. It followed specific formulas that indicated more energy could be potentially wasted, but the overall efficiency was impressively high due to the combined thermal conductivity of the alloys.

Boosting Aluminum Alloys with Hydrocarbon Fluids: A Thermal Performance Study

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