Process dynamics and control / by Dale E. Seborg, Thomas F. Edgar, Duncan A. Mellichamp.

By: Seborg, Dale EContributor(s): Edgar, Thomas F | Mellichamp, Duncan AMaterial type: TextTextPublication details: Hoboken, NJ : Wiley India, c2004Edition: 2nd edDescription: x, 713 p. : ill. ; 26 cmISBN: 0471000779 (hbk)Subject(s): Chemical process control -- Data processingDDC classification: 620
Contents:
1: Introduction to process control 2: Theoretical models of chemical processes 3: Laplace transforms 4: Transfer function and state - space models 5: Dynamic behavior of first- order and second- order processes 6: Dynamic response characteristics of more complicated processes 7: Development of empirical models from process data 8: Feedback controllers 9: Control system instrumentation 10: Overview of control system design 11: Dynamic behavior and stability of closed -loop control systems 12: PID controller design , tuning, and troubleshooting 13: Frequency response analysis 14: Control system design based on frequency response analysis 15: Feedback and ratio control 16: Enhanced single- loop control strategies 17: Digital sampling, filtering,and control 18: Multiloop and Multivariable control 19: Real -time optimization 20: Model predictive control 21: Process Monitoring 22: Batch process control 23: Introduction to Plantwide control 24: Plantwide control system design
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Holdings
Item type Current library Call number Status Date due Barcode Item holds
Books Books Namal Library
Electrical Engineering 		620 SEB-P 2004 3910 (Browse shelf (Opens below)) Available 0003910
Total holds: 0

Includes bibliographical references and index.

1: Introduction to process control
2: Theoretical models of chemical processes
3: Laplace transforms
4: Transfer function and state - space models
5: Dynamic behavior of first- order and second- order processes
6: Dynamic response characteristics of more complicated processes
7: Development of empirical models from process data
8: Feedback controllers
9: Control system instrumentation
10: Overview of control system design
11: Dynamic behavior and stability of closed -loop control systems
12: PID controller design , tuning, and troubleshooting
13: Frequency response analysis
14: Control system design based on frequency response analysis
15: Feedback and ratio control
16: Enhanced single- loop control strategies
17: Digital sampling, filtering,and control
18: Multiloop and Multivariable control
19: Real -time optimization
20: Model predictive control
21: Process Monitoring
22: Batch process control
23: Introduction to Plantwide control
24: Plantwide control system design

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