Chemical Process Control : An introduction to theory

1. Incentives for Chemical process Control
2 Design Aspects of a Process Control System
3 Hardware for a Process Control System
4 Development of a Mathematical Model
5. Modeling Considerations for Control Purposes,
6. Computer Simulation and the Linearization of Nonlinear
System
7. Laplace Transform
8. Solution of Linear Differential Equations Using Laplace Transform
9. Transfer Function and the Input-output Models
10. Dynamic Behavior of First-Order Systems
11. Dynamic Behavior of Second Order Systems
12. Dynamic Behavior of Higher Order Systems
13. Introduction to feedback Control
14. Dynamic Behavior of Feedback Controlled Processes
15. Stability Analysis of Feedback Systems
16. Design of Feedback Controllers
17. Frequency Response Analysis of Linear Processes
18. Design of feedback Control Systems using Frequency response techniques
19. Feedback Control of Systems with Large Dead Time or Inverse response
20. Control Systems with Multiple Loops
21. Feedforward and Ratio Control
22. Adaptive and Inferential Control Systems
23. Synthesis of Alternative Control Configurations for Multiple - Output Processes
24. Interaction and decoupling of Control Loops
25. Design of Control Systems for Complete Plants
26. Digital Computer Control Loops
27. From Continuous to Discrete Time Systems
28. Z-Transforms
29. Discrete Time Response of Dynamics Systems
30. Design of Digital Feedback Controllers
31. Process identification and Adaptive Control