I’m in school for respiratory therapy and we learned about laplaces law as it relates to alveoli in the lungs. What are the typical applications of laplaces law? Just wondering because I’m drawing a blank on other ways it could be/is used
It might also be representing the Laplace Transform, where you convert equations from time-based space to frequency-based space. I used it a bunch in engineering school to make super complicated differential equation relationships into simpler terms.
As a specific example: it is used in control loops to accurately describe your system. If you have an accurate description it then becomes trivial to describe the PID controller to manage it. Going from open to closed loop is as simple as adding +1 to your equation for example.
I’m in school for respiratory therapy and we learned about laplaces law as it relates to alveoli in the lungs. What are the typical applications of laplaces law? Just wondering because I’m drawing a blank on other ways it could be/is used
It might also be representing the Laplace Transform, where you convert equations from time-based space to frequency-based space. I used it a bunch in engineering school to make super complicated differential equation relationships into simpler terms.
Shit is pretty cool…
As a specific example: it is used in control loops to accurately describe your system. If you have an accurate description it then becomes trivial to describe the PID controller to manage it. Going from open to closed loop is as simple as adding +1 to your equation for example.