ME 467 System Dynamic and Automatic Control

ME 467 System Dynamic and Automatic Control

1. objectives

   • 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

2. Course Outcomes

   • 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

3. course chapters

   • Laplace transformer
     • mathematical conversion from one domain (form) to another
     • is to make a problem easier to solve
   • modeling
     • mechanical
     • thermal
     • electrical
     • fliudic
   • time response
     • measure performance
     • determine stability by routh
   • root locus analysis
     • plot root locus
     • design controller
   • frequency response
     • using nyquist
     • using Bode diagram
     • design controller