Normal view MARC view ISBD view

Introduction to process control / José A. Romagnoli, Ahmet Palazoğlu.

By: Romagnoli, José A. (José Alberto).
Contributor(s): Palazoğlu, Ahmet.
Publisher: Boca Raton, FL : Taylor & Francis/CRC, 2006Description: 528 p. : ill. ; 24 cm.ISBN: 9780849334962 (hbk.); 0849334969 (hbk.).Subject(s): Chemical process controlDDC classification: 660.2815
Contents:
Ch. 1. Why process control? -- Ch. 2. Definitions and terminology -- Ch. 3. Basic concepts in modeling -- Ch. 4. Development of models from fundamental laws -- Ch. 5. Input-output models : the transfer function -- Ch. 6. Models from process data -- Ch. 7. Stability -- Ch. 8. Dynamic performance -- Ch. 9. Frequency response -- Ch. 10. Basic elements of feedback control -- Ch. 11. Stability analysis of closed-loop processes -- Ch. 12. Feedback control design -- Ch. 13. Multivariable systems : special cases -- Ch. 14. Multivariable systems : general concepts -- Ch. 15. Design of multivariable controllers -- Ch. 16. Model-based control -- Ch. 17. Model uncertainty and robustness -- Ch. 18. Model predictive control (MPC) -- Ch. 19. Practical control of nonlinear processes -- Ch. 20. Plantwide process control -- Ch. 21. Industrial control technology -- Ch. 22. Role of process control in modern manufacturing -- Ch. 23. Data processing and reconciliation -- Ch. 24. Process monitoring.
App. A. Linearization -- App. B. Laplace transformation -- App. C. Matrix Operations -- App. D. Basic statistics.
Item type Current location Call number Copy number Status Notes Date due Barcode
Main Collection Taylor's Library-TU
660.2815 ROM 2006 (Browse shelf) 1 Available SOExx,07015,03,GR 5000114280

Includes bibliographical references and index.

Ch. 1. Why process control? -- Ch. 2. Definitions and terminology -- Ch. 3. Basic concepts in modeling -- Ch. 4. Development of models from fundamental laws -- Ch. 5. Input-output models : the transfer function -- Ch. 6. Models from process data -- Ch. 7. Stability -- Ch. 8. Dynamic performance -- Ch. 9. Frequency response -- Ch. 10. Basic elements of feedback control -- Ch. 11. Stability analysis of closed-loop processes -- Ch. 12. Feedback control design -- Ch. 13. Multivariable systems : special cases -- Ch. 14. Multivariable systems : general concepts -- Ch. 15. Design of multivariable controllers -- Ch. 16. Model-based control -- Ch. 17. Model uncertainty and robustness -- Ch. 18. Model predictive control (MPC) -- Ch. 19. Practical control of nonlinear processes -- Ch. 20. Plantwide process control -- Ch. 21. Industrial control technology -- Ch. 22. Role of process control in modern manufacturing -- Ch. 23. Data processing and reconciliation -- Ch. 24. Process monitoring.

App. A. Linearization -- App. B. Laplace transformation -- App. C. Matrix Operations -- App. D. Basic statistics.