Modeling and Simulation of Dynamic Systems

Explore a comprehensive series of lectures on dynamic systems modeling and simulation. Learn to draw Bode plots for transfer functions, analyze operational amplifier circuits, convert ordinary differential equations to transfer functions, and study responses of second-order mechanical systems. Delve into practical applications like rack-and-pinion systems and signal attenuation using low-pass and high-pass filters. Master the fundamentals of transfer functions, Bode plots, and their applications in various engineering contexts through detailed examples and step-by-step problem-solving approaches.

ME 340: Example - Drawing Bode Plot of a Transfer Function (Magnitude), Part 1.
ME 340: Example - Drawing Bode Plot of a Transfer Function (Phase), Part 2.
ME 340: Example - Drawing Bode Plot of a Transfer Function #2.
ME 340: Example - Finding the Transfer function of an OP-Amp Circuit #1.
ME 340: Example - Finding the Transfer Function of an OP-Amp Circuit #2.
ME 340: Example - Converting ODE to a Transfer Function.
ME 340: Example - Finding Responses of a 2nd-order Mechanical System.
ME 340: Modeling of a Rack-and-Pinion System.
ME 340: Transfer Function and Bode Plot of OP-Amp Low-Pass Filter.
ME 340: Example - Attenuation of a Signal Using a Low-Pass Filter.
ME 340: Transfer Function and Bode Plot of an OP-Amp High-Pass Filter.
ME 340: Example - Attenuation of a Signal Using a High-Pass Filter.