Notes will primarily be referenced on OneNote by Dr. Maftoon.
Concepts
- Systems
- Modeling Paradigms
- Use of Models
- Lumped vs Distributed Systems
- LaPlace Transforms
- Translational Mechanics
- Energy
- Forces
- Rotational Mechanics
- Equivalent Mass and Inertia
- General Planar Motion
- Spring Elements
- Coordinate References
- Levers
- Rayleigh’s Method
- Damping and Damped Systems
- Block Diagrams
- State Variable Models
- Matlab + Simulink
- Electromechanical Systems
- Time Domain Analysis
- Frequency Domain Analysis
Practice Problem Notebook
Equations of Motion
So far (as of June 3, 2024) I’ve had to find SO MANY equations of motion, this means just find an ODE that describes the motion of a system / object
The whole point
The entire point of this course is to lump systems together to create simple, abstracted, equivalent systems (basically just eliminating terms from a distributed system)