What Engineering Project Can I Model Using Differential Equations and MATLAB?

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SUMMARY

This discussion focuses on engineering projects that can be modeled using differential equations and MATLAB, particularly for introductory learners. Suggested projects include modeling the dynamics of a shock absorber system, which involves a spring and a liquid medium, resulting in an overdamped oscillator. The conversation emphasizes the importance of validating computer models against real-world data, specifically through the identification of the damping coefficient in the system. MATLAB is highlighted as the primary tool for simulating these models and analyzing results.

PREREQUISITES
  • Basic understanding of differential equations
  • Familiarity with MATLAB software
  • Knowledge of oscillatory motion and damping concepts
  • Introductory fluid dynamics principles
NEXT STEPS
  • Research how to model overdamped oscillators in MATLAB
  • Learn techniques for validating mathematical models with experimental data
  • Explore the principles of shock absorber design and dynamics
  • Study the effects of damping coefficients on system behavior
USEFUL FOR

Students in engineering or physics courses, educators seeking project ideas for teaching differential equations, and anyone interested in practical applications of MATLAB for modeling dynamic systems.

engagrelyt
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Hello,

I am trying to find a project that I can model using differential equations and matlab, that I may also be able to create in the real world and verify my computer models and predictions. This is more for an introductory course, learning for my first time how to use matlab.

I am having difficulty finding ideas, I want something that is interesting, but hasn't been done a million times.

Some examples: modeling hot air balloon lift, modeling and verifying pneumatic gun trajectory and distance, etc.

Most of the ideas I come up with are simple optimization problems, i.e. plug in a value here, and get a value there. I am looking for something more dynamic.

Thanks you very much in advance.
 
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Define "Dynamic"

Here's an idea: You can model a simple shock absorber, meaning a shape connected to a spring, with the shape inserted into a liquid. In an "ideal" world, the spring would keep the shape in a sinusoidal motion after a force is applied. Adding the energy-absorbing liquid will instead turn the system into an overdamped oscillator, with x = mx'' + bx' + idon'tremember where b is the dampening coefficient of the liquid - finding b is half the trouble, believe you me, and unless you're specifically studying fluid dynamics, I recommend that you ignore b, and instead use MatLab to find the value of B that will let your equation give the same results as your experimental data.
 

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