I sometimes use the spiral stair case analogy. If stair case had a inner and outer handrail, handrails being the relative wind, place across a plank of wood, then angle. Going up the steps outer rail as greater angle of attack than inner on the plank. But going down, the inner as greater angle of attack. Thus over bank on climb and under bank descent. It's important to keep in balance.
In straight and level flight, if the ailerons are adjusted, what **initiates** the turn? (Since,both wings at that point, are travelling at exactly the same speed. Turns are often done without the rudder.
Typically the elevators are used, pitching up into the turn. If the elevators and rudder are left neutral, then straight and level flight will not be maintained since rolling the aircraft points the lift vector to the side a bit--there won't be enough to match gravity so altitude will be lost and the aircraft will slip to the side. For example, turning left, the stick would be deflected straight left, then brought around to straight back, held there for the duration of the turn, then brought around to straight right to level out, then returned to the center.
Is there anything I can do in highschool to learn more about planes and apply my knowledge in the real world. If anybody knows any programs I would super greatful. I know that theres AIAA but thats only for college right?
If in the US, see if there's a local Civil Air Patrol, they'll likely know what's available in your area for your interests, be they piloting, maintaining, or designing. Helping answer that question is one of the CAP's missions :)
I sometimes use the spiral stair case analogy. If stair case had a inner and outer handrail, handrails being the relative wind, place across a plank of wood, then angle.
Going up the steps outer rail as greater angle of attack than inner on the plank. But going down, the inner as greater angle of attack.
Thus over bank on climb and under bank descent. It's important to keep in balance.
Great explanation and animation, very likeable voice! Couldn’t have asked for more. Great job!
Thank you kindly!
two 1min. Videosequences and a short explantion is more helpfull then 8 h. in School yesterday to CAT A 11 Modul.
excellent graphics and info
Much appreciated!
Well that explains a lot! Yes, i feel the overbanking in climbing turns, unsure about descending turns though.
This explained both in the videos
Learn more about this topic in this video:
ua-cam.com/video/7tWOyOu-QG4/v-deo.html
HE’S BAAAACK!
Great video!
Thanks!
Please do more on instrumentation gte and radio navigation
Great suggestion. Thanks!
Thanks again for your explain.
Always welcome
Wow this videos are amaizing!
Thank you so much!
Make a video of how physics interferes in a plane doing loopings
good to know i was flying my twin engine rc plane I made and sometimes it would be in a turn that I seemingly cant get out of sometimes\
Does ailerons deflected affect camber, then affect chordline , then affect aoa , so when decendig, inside and outside aoa is the same ? Thank you
SO I LEARN ALL ABOUT AERONAUTICAL ENGINEERING
In straight and level flight, if the ailerons are adjusted, what **initiates** the turn? (Since,both wings at that point, are travelling at exactly the same speed. Turns are often done without the rudder.
Typically the elevators are used, pitching up into the turn. If the elevators and rudder are left neutral, then straight and level flight will not be maintained since rolling the aircraft points the lift vector to the side a bit--there won't be enough to match gravity so altitude will be lost and the aircraft will slip to the side.
For example, turning left, the stick would be deflected straight left, then brought around to straight back, held there for the duration of the turn, then brought around to straight right to level out, then returned to the center.
Is there anything I can do in highschool to learn more about planes and apply my knowledge in the real world. If anybody knows any programs I would super greatful. I know that theres AIAA but thats only for college right?
If in the US, see if there's a local Civil Air Patrol, they'll likely know what's available in your area for your interests, be they piloting, maintaining, or designing. Helping answer that question is one of the CAP's missions :)
Can this be used to orient aircraft inside clouds? Theoretically of course.
…just don’t auger into the ground 😂
Is thiss CCP Proper Gândér ¿¿¿¿