Project Ideas for Classical Mechanics

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SUMMARY

The discussion centers on project ideas for a Classical Mechanics course utilizing the Marion and Thornton textbook. Key topics include Euler angles, Lagrange equations, change of reference frame, the two-body problem, and rigid body dynamics. Students are encouraged to apply these concepts to practical dynamical systems such as robots or satellites or to investigate existing literature for variations on these problems. The participant expresses difficulty in finding suitable project topics that align with the course material.

PREREQUISITES
  • Understanding of Euler angles and their applications in mechanics
  • Familiarity with Lagrange equations and their derivation
  • Knowledge of the two-body problem in classical mechanics
  • Basic principles of rigid body dynamics
NEXT STEPS
  • Research practical applications of Euler angles in robotics
  • Explore case studies on Lagrange equations in satellite motion
  • Investigate papers on variations of the two-body problem
  • Examine rigid body dynamics in real-world engineering projects
USEFUL FOR

Students enrolled in Classical Mechanics courses, educators seeking project ideas, and anyone interested in applying classical mechanics concepts to real-world systems.

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I am enrolled in a Classical mechanics course. The course covers topics such as Euler angles, Lagrange equations, change of reference frame, two body problem, rigid body dynamics, etc. We're using the Marion and Thornton text.

We were given a final project. We can either apply these concepts to some interesting dynamical system (i.e. robots, satellites) or find a paper describing some application and fill in the gaps/investigate a variation on the problem.

I have looked for many possible topics, but most of the applications seem way too complex and far above the material presented in class.

Anyone have any good ideas or can point me to a particular paper or source that could help? We were given very few guidelines on how to choose a topic, so basically anything goes.

Thanks.
 
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Bump. Really need help.
 

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