F Crusca
4 points
* 26 lecture hours and 26 laboratory hours
* First semester
* Caulfield
* Prerequisites: ELE3232
Objectives Process dynamics, modelling and control. The relationship between continuous time systems and discrete time systems, and the structure of computer controllers used in commercial applications.
Synopsis Process concepts: basic process elements, plant, measurements, controller. Control loop topologies. Control hierarchies: direct digital control, supervisory control, distributed control configurations, batch sequencing, process interface. Modeling and identification: development of first and second-order models. Sampled data theory: z plane, stability, transforms, closed loop sampled systems, selection of sampling interval. PID controllers - tuning, initialisation. Multiloop control schemes, feedforward, cascade, interacting loops and decoupling. Introduction to robust, fuzzy and model predictive control.
Assessment Examination (3 hours): 60%
* Laboratory
work: 40%
Recommended texts
Ogunnaike B A and Ray W H Process dynamics, modelling and control OUP, 1994
Back to the Engineering Handbook, 1998
Published by Monash University, Australia
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