ME 467 System Dynamic and Automatic Control - created from Mind Map

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objectives

Course Outcomes

course chapters

Analyze and simulate an existing control system

Determine the performance of dynamic systems

Apply classical controller design methodologies

Use the classical control system analysis techniques

Design and build a control system

Apply the basic engineering laws

Write equivalent differential equation, transfer function, and state space models

determine the stability

Be able to modeling

apply Laplace transform

assessting the fundamental characteristics

work in a team, write professional reports

solve ordinary equations using Laplace

able to form transfer functions

determine the output of a linear system

able to assess the frequency response

able to design by root locus & bode diagram

perform parametric analysis of system properties

Laplace transformer

modeling

time response

root locus analysis

frequency response

mathematical conversion from one domain (form) to another

is to make a problem easier to solve

mechanical

thermal

electrical

fliudic

measure performance

determine stability by routh

plot root locus

design controller

using nyquist

using Bode diagram

design controller