Introduction to Process Control

INTRODUCTION Why Process Control? Definitions and Terminology MODELING FOR CONTROL Basic Concepts in Modeling Development of Models from Fundamental Laws Input-Output Models: The Transfer Function Models from Process Data PROCESS ANALYSIS Stability Frequency Response FEEDBACK CONTROL Basic Elements of Feedback Control Stability Analysis of Closed-Loop Processes Feedback Control Design MULTIVARIABLE CONTROL Multivariable Systems: Special Cases Multivariable Systems: General Concepts Design of Multivariable Controllers MODEL-BASED CONTROL Model-Based Control Model Uncertainty and Robustness Model Predictive Control (MPC) Practical Control of Nonlinear Processes CONTROL IN MODERN MANUFACTURING Plantwide Process Control Industrial Control Technology Role of Process Control in Modern Manufacturing Data Processing and Reconciliation Process Monitoring APPENDICES Appendix A: Linearization Appendix B: Laplace Transformation Appendix C: Matrix Operation Appendix D: Basic Statistics Each section also contains Additional Reading and Exercises

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