Why are hot air balloons studied under aeronautical engineering?

Hot air balloons are studied under aeronautic engineering because of all aircraft. This includes airplanes, helicopters, airships, gliders, and hot air balloons.

To make hot air balloons, certain specifications must be met. They consist of distinct parts. This includes the basked and the enveloped. The hot air balloon is power by Helium. The science behind how hot air balloon works and stay safe in the air is studied in aeronautic engineering.

Aeronautic engineering is a field in engineering that deals with the mechanism of aircraft. This field of engineering focuses on creating efficient and effective aircraft.
In summary, aeronautic engineering deals with the study of all aircraft that travel in the airspace, and this certainly includes hot air balloons.

Hot air balloons have quite a bit of science behind them. Since they were first thought out, aeronautical engineering has helped. While it has not always been referred to as such, the modern terms help define more what they are.

Hot air balloons are crafted with meticulous specifications, that help it not only stay in the air, but provide a safe ride for those who are in the basket. WIth the use of helium, and the science of weight, air, and flight, aeronautical engineering has helped to make leaps and bounds to the study of hot air balloons.

Aeronautical engineering has the primary function of working with the development and crafting of aircrafts. This would include the hot air balloon. As each craft that goes into the air has specific safety requirements and functions, aeronautic engineers use their knowledge of atmospheric pressure and temperature to ensure that the aircrafts are safe to use. As hot air balloons are a form of aircraft, they fall into the category for aeronautical engineering.