How Do Principles of Flight Apply in Real-Life Aviation Scenarios?

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SUMMARY

The discussion centers on the application of flight principles in real-life aviation scenarios, specifically through a student's research project. Key questions addressed include how aircraft stay aloft, the forces involved in flight, and the role of wings. The student plans to use the Gimli Glider incident as a case study to illustrate these principles and intends to incorporate Microsoft Flight Simulator for practical demonstrations. Recommendations for experiments include creating paper airplanes, using Bernoulli's equation, and constructing a simple paper turbine to visualize lift and airflow.

PREREQUISITES
  • Understanding of basic aerodynamics principles
  • Familiarity with Bernoulli's equation
  • Knowledge of Microsoft Flight Simulator functionalities
  • Basic skills in experimental design and data visualization
NEXT STEPS
  • Research the principles of aerodynamics in aviation
  • Explore the application of Bernoulli's equation in flight mechanics
  • Learn how to use Microsoft Flight Simulator for flight simulations
  • Investigate simple experiments demonstrating lift and airflow, such as paper airplanes and turbines
USEFUL FOR

Aviation students, educators in physics and aerodynamics, and anyone interested in understanding the scientific principles behind flight mechanics.

jasperhoopman
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Hi guys,

I`m a student, and I need to do scientific research in order to answer some questions which have to do with science and math. I then have to write workpiece about it. Since I`m an aviation enthusiast, I've chosen to place my research in the background of aviation. I`ve made a few questions which I have to answer, in order to let the teacher(or other reader) understand the principles of flight. The first question I have to answer is: How does an aircraft stay in the air?. The second is: Which forces are playing a role in the flying proces? The third: Which role plays the wing?

When I answered these questions, I hope that I've made clear what flying exactly is. I will then zoom in on an event which allows me to explain it with the principles of flight. I choose the gimli glider flight, and the question is: What happened here?(to introduce this accident to the readers) and the next question is: How did the pilot brought this bird down safe?(to explain the flying techniques used here with the theory and principles of flight what I discussed in the first part.)

The point now is, that I'm required to do some experiments, which have to bring a better understanding of the theory I discussed. In the part where I explain what flying is, I thought that I could make some use of the Microsoft flight simulator to explain some flying techniques used by the pilot.

My questions to you are:
- What is your opinion of this plan?
- Do you have any recommendations for some experiments which help to explain the theory of flying in a simple, but very usefull way?

Thanks,

Jasper
 
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Make a paper airplane? That would certainly be simple and it would fly. Overall, it sounds like a good idea. If you're good with computers, you could probably even show a graph illustrating the variation of lift at a given velocity.

Also, if you can you could also solve the problem yourself using bernoulli's equation and assuming an arbitrary surface for the wing.

You could also make a simple paper turbine which would spin if you put it over a candle (using the candle's hot air). I saw this once but I don't know what its called.
 

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