Process Modeling, Simulation and Control for Chemical Engineers - Luyben

Contents

1. Introduction

Part I. Mathematical Models of Chemical Engineering Systems

2. Fundamentals

3. Examples of Mathematical Models of Chemical Engineering Systems

Part II. Computer Simulation

4. Numerical Methods

5. Simulation Examples

Part III. Time-Domain Dynamics and Control

6. Time-Domain Dynamics

7. Convectional Control Systems and Hardware

8. Advanced Control Systems

Part IV. Laplace-Domain Dynamics and Control

9. Laplace-Domain Dynamics

10. Laplace-Domain Analysis of Conventional Feedback Control Systems

11. Laplace-Domain Analysis of Advanced Control Systems

Part V. Frequency-Domain Dynamics and Control

12. Frenquency-Domain Dynamics

13. Frequency-Domain Analysis of Closedloop Systems

14. Process Identification

Part VI. Multivariable Process

15. Matrix Properties and State Variables

16. Analysis of Multivariable Systems

17. Design of Controllers For Multivariable Processes

Part VII. Sampled.Data Control Systems

18. Sampling and Z Transforms

19. Stability Analysis of Sampled-Data Systems

20. Design of Digital Compensators

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