This course on modeling and simulation of dynamic systems aims to teach students how to draw Bode plots of transfer functions, find transfer functions of OP-Amp circuits, convert ODEs to transfer functions, analyze responses of 2nd-order mechanical systems, and design low-pass and high-pass filters using OP-Amps. The course uses examples and practical applications to help learners understand the concepts. It is suitable for students studying mechanical engineering or related fields who want to enhance their skills in system modeling and simulation.
Overview
Syllabus
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.
Taught by
CPPMechEngTutorials
