Find the Perfect Non-Linear Oscillating System to Model for Your Project

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SUMMARY

The discussion focuses on identifying suitable non-linear oscillating systems for modeling in an undergraduate project. Participants suggest various applications, emphasizing the need for systems that incorporate mass, springs, and dampers, with oscillation decay. Notable suggestions include active noise cancellation systems, such as noise-canceling headphones and submarine acoustics, as well as simple pendulum models that avoid small angle approximations. The goal is to create an engaging animation while effectively demonstrating non-linear behavior.

PREREQUISITES
  • Understanding of mechanical systems involving mass, springs, and dampers
  • Knowledge of non-linear dynamics and oscillation theory
  • Familiarity with animation software for visual representation
  • Basic principles of active noise cancellation technology
NEXT STEPS
  • Research the principles of non-linear oscillation in mechanical systems
  • Explore active noise cancellation techniques and their applications
  • Learn about modeling and simulating pendulum systems without small angle approximations
  • Investigate submarine acoustics and their relevance to non-linear dynamics
USEFUL FOR

This discussion is beneficial for undergraduate engineering students, mechanical system modelers, and anyone interested in non-linear dynamics and simulation techniques.

aberrated
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Hi,

I am an undergrad student and for one of my courses I am required to model a mechanical / physical / electrical / thermal system that is a physical system (as in commonly used) and has a non linear oscillating behavior.

if it is a mechanical system, it has to have mass, spring and dampers and the damper should cause the oscillation to decay to some extent.


I am having trouble thinking of a physical application that will be easy to model. since I have to create an animation as well.

Do you have any ideas ? (some examples (that i can not use because others are already doing it) would be oil rigs, elevators, speakers etc)
 
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aberrated said:
Hi,

I am an undergrad student and for one of my courses I am required to model a mechanical / physical / electrical / thermal system that is a physical system (as in commonly used) and has a non linear oscillating behavior.

if it is a mechanical system, it has to have mass, spring and dampers and the damper should cause the oscillation to decay to some extent.


I am having trouble thinking of a physical application that will be easy to model. since I have to create an animation as well.

Do you have any ideas ? (some examples (that i can not use because others are already doing it) would be oil rigs, elevators, speakers etc)

The non-linear part may be harder to figure out, but a fun advanced simulation subject would be active noise cancellation. The simplest example would be NC headphones, and a harder example would be quieting a large engine apparatus for the surrounding areas.

For non-linear noise cancellation, maybe some submarine acoustics?
 
You could do a simple pendulum without making small angle approximations.
 

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