Insect Wings: Modeling the Complexity of Flight

[Marin]

Hi everyone!

I have a question for you :)

I am wondering, if there already is a developed model, imitating insect wings, e.g. bee wings. If you happen to observe them, they seem to be much more complex, but also much more useful and allow a more flexible movement. Insects fly with them not only fore- and backwards or up- and downwards but can also stay at a fixed position for a long time.


best regards, Marin

 

[LURCH]

Yes, they are being studied. Of particular interest to researchers is the efficiency of insect wings. Bugs tend to get around on much less energy than is required by traditional aerodynamics. But, one of the reasons discovered is that, at the very small scale of insects, the viscosity of air plays a much more significant role. Unfortunately, their seems to be no qay to scale up this feature to our advantage.

(Except, of course, by making the air thicker, which we are doing as quickly as we can.)

 

[oswaler]

Hello Marin,

Thank you for your question! Yes, there have been many studies and models developed to mimic insect wings, particularly those of bees. Insects have evolved highly complex and efficient wings over millions of years, and scientists have been working to understand and replicate their capabilities.

One approach that has been used to model insect wings is through biomimicry, which involves studying the structure and function of natural systems and using that information to design and create new technologies. Researchers have studied the shape, structure, and movement of insect wings to create artificial wings that can closely mimic their abilities.

Another approach is through computer modeling and simulations. Scientists use advanced computer programs to simulate the complex movements and aerodynamics of insect wings, allowing them to better understand how they work and potentially improve upon them.

It is true that insect wings allow for a wide range of movements, including hovering and staying in a fixed position. This is due to their unique structure and the way they move in a figure-eight pattern, creating lift and thrust simultaneously. Scientists continue to study and learn from insect wings in order to improve flight technology and potentially develop new methods of flight for human use.

I hope this answers your question! Thank you for your interest in the complex and fascinating world of insect wings.

Best regards,