High-Level Project Summary
NASA and other scientific organizations are launching scientific high-altitude balloons (HABs) to explore the cosmos and test payloads under development for orbital satellites. The technologies used helped lower the barrier to entry for others to explore the space.That's why NASA wanted to include this in this year's Space Apps Challenges.Our work on this subject is to make the hot air balloons withstand various atmospheric factors with the most appropriate budget.
Link to Project "Demo"
Link to Final Project
Detailed Project Description
We thought together about the solution to the problem he stated in the challenge and we came to the conclusion that we could solve the problem by strengthening the hot air balloons. Since we took into account all the atmospheric effects, we thought that there might be a shortage of oxygen in the cabin when the hot air balloon rose to the height indicated in the project, so we closed the cabin with a glass bell jar. at the same time, we thought that a normal hot air balloon lantern would not produce enough power to rise to the specified height, so we thought we could solve it by adding a jet engine by extending the balloon (as seen in the figure).
Space Agency Data
Balloons fly thanks to the basic principles of gravity and heat transfer. As the air inside the balloon heats up, the balloon rises. As the air inside the balloon cools, the balloon descends. In order to blow the balloon, first the balloon is inflated with a powerful fan and then this air is heated.
Hackathon Journey
That was Great
References
https://data.nasa.gov https://ezairballoons.com/sicak-havali-balon-nedir-nasil-calisir/#:~:text=Balonlar%20yerçekimi%20ve%20sıcaklık%20transferinin,sonra%20da%20bu%20hava%20ısıtılır.
Tags
#nearspacenearyou
Global Judging
This project has been submitted for consideration during the Judging process.