Aircraft Streamlining: Benefits and Drawbacks

AI Thread Summary
Streamlining in aircraft design is crucial for optimizing aerodynamic efficiency, particularly at different speeds. Supersonic and subsonic aircraft require distinct streamlined forms due to the varying behavior of airflow at these speeds. Supersonic flow creates shock waves and requires a design that minimizes drag and manages pressure changes effectively. Understanding the principles of streamlines is essential for grasping these aerodynamic differences. Properly designed streamlining enhances performance and fuel efficiency in aviation.
Normandxavier
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Is it good if an aircraft has lot of streamlines ?
 
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The way you are using that word isn't correct, so my guess is you are thinking something else. Any object moving in air (or air moving around an object) has a near infinite number of streamlines.

So did you mean something else?
 
russ_watters said:
Any object moving in air (or air moving around an object) has a[n] near infinite number of streamlines.

Fixed that for you.
 
boneh3ad said:
Fixed that for you.
Ya know, I actually said that first and then changed it. I thought someone might start an argument about the (im)possibility of streamlines smaller than a molecule of air.
 
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Thx for your reply . I appriceate that
 
Well basiclly i don't know much about streamlines
 
I already read about streamlines, so why an aircraft traveling at supersonic speeds requires a different streamlined form from a subsonic aircraft ?
 
Normandxavier said:
I already read about streamlines, so why an aircraft traveling at supersonic speeds requires a different streamlined form from a subsonic aircraft ?

Perhaps the simplest answer is that flow moving at supersonic speeds behaves quite a bit differently than that at subsonic speeds.
 
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