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PRENTICE HALL INTERNATIONAL SERIES IN THE PHYSICAL AND CHEMICAL ENGINEERING SCIENCES NEALR. AMUNDSON, S ERIESEDITOR, University ofHouston ADVISORYEDITORS ANDREAS ACRIVOS, Stanford University J OHN DAHLER University of Minnesota H. S COTT FOGLER, University of Michigan THOMAS J. H ANRATTY, University of Illinois J OHN M. P RAUSNITZ University of California L. E. S CRIVEN University of Minnesota BALZHISER S AMUEL$ AND ELIASSEN Chemical Engineering Thermodynamics BEQUETTE Process Dynamics BIEGLER GROSSMAN, AND W ESTERBERG Systematic Methods of Chemical Process Design CROWL AND LOUVAR Chemical Process Safety CIJTLIP AND SHACHAM Problem Sotving in Chemical Engineering with Numerical Methods DENN Process Fluid Mechanics ELLIOT AND LIRA Introductory Chemical Engineering Thermodynamics FOGLER Elements of Chemical Reaction Engineering, 3rd Edition HANNA AND S ANDALL Computational Methods in Chemical Engineering HIMMELBLAU Basic Principies and Calculations in Chemical Engineering, 6th edition HINES AND MADDOX Mass Transfer KYLE Chemical and Process Thermodynamics, 3rd edition NEWMAN Electrochemical Systems, 2nd edition P RAUSNITZ L ICHTENTHALER AND DE ACEVEDO Molecular Thermodynamics of Fluid-Phase Equilibria, 3rd edition P RENTICE Electrochemical Engineering Principies S HULER AND KARGI Bioprocess Engineering STEPHANOPOULOS Chemical Process Control TESTER AND MODELL Thermodynamics and Its Applications, 3rd edition ~IJRTON, B ~1~1% W HITING AND SHAEIWITZ Analysis, Synthesis a Design of Chemical Processes WILKES Fluid Mechanics for Chemical Engineering Chemical Process Control An Introduction to Theory and Practice GEORGE STEPHANOPOULOS Depertment of Chemicel Engineering Massachusetts lnstitute of Technology P T R PRENTICE HALL, Englewood Cliffs, New Jersey 07632 Contents Preface Part I - The Control of a Chemical Process: Its Characteristics and Associated Problems Chapter 01 - Incentives for Chemical Process Control Chapter 02 - Design Aspects of a Process Control Chapter 03 - Hardware for a Process Control System Part II - Modeling the Dynamic and Static Behavior of Chemical Processes Chapter 04 - Development of a Mathematical Model Chapter 05 - Modeling Considerations for Control Purposes Part III - Analysis of the Dynamic Behavior of Chemical Processes Chapter 06 - Computer Simulation and the Linerarization of Nonlinear Systems Chapter 07 - Laplace Transforms Chapter 08 - Solution of Linear Differential Equations Using Laplace Transforms Chapter 09 - Transfer Functions and the Input-Output Models Chapter 10 - Dynamic Behavior of First-Order Systems Chapter 11 - Dynamic Behavior of Second-Order Systems Chapter 12 - Dynamic Behavior of Higher-Order Systems Part IV - Analysis and Design of Feedback Control Systems Chapter 13 - Introduction to Feedback Control Chapter 14 - Dynamic Behavior of Feedback-Controlled Processes Chapter 15 - Stability Analysis of Feedback Systems Chapter 16 - Desisg of Feedback Controllers Chapter 17 - Frequency Response Analysis of Linear Processes Chapter 18 - Design of Feedback Control Systems Using Frequency Response Techniques Part V - Analysis and Design of Advanced Control Systems Chapter 19 - Feedback Control Systems with Large Dead Time or Inverse Response Chapter 20 - Control Systems with Multiple Loops Chapter 21 - Feedforward and Ratio Control Chapter 22 - Adaptive and Inferential Control Systems Part VI - Design of Control Systems for Multivariable Processes: Introcuction to Plant Control Chapter 23 - Synthesis of Alternative Control Configurations for Multiple-Input, Multiple-Output Processes Chapter 24 - Interaction and Decoupling of Control Loops Chapter 25 - Design of Control Systems for Complete Plants Part VII - Process Control Using Digital Computers Chapter 26 - Digital Computer Control Loops Chapter 27 - From Continuous to Discrete-Time Systems Chapter 28 - Z-Transfroms Chapter 29 - Discrete-Time Response of Dynamic Systems Chapter 30 - Design of Digital Feedback Controllers Chapter 31 - Process Identification and Adaptive Control Index MENU (Books) Contents Next Chapter Contents First Chapter Next Chapter Contents Previous Chapter Next Chapter Contents Previous Chapter Next Chapter Contents Previous Chapter Next Chapter Contents Previous Chapter Next Chapter Contents Previous Chapter Next Chapter Contents Previous Chapter Next Chapter Contents Previous Chapter Next Chapter Contents Previous Chapter Next Chapter Contents Previous Chapter Next Chapter Contents Previous Chapter Next Chapter Contents Previous Chapter Next Chapter Contents Previous Chapter Next Chapter Contents Previous Chapter Next Chapter Contents Previous Chapter Next Chapter Contents Previous Chapter Next Chapter Contents Previous Chapter Next Chapter Contents Previous Chapter Next Chapter Contents Previous Chapter Next Chapter Contents Previous Chapter Next Chapter Contents Previous Chapter Next Chapter Contents Previous Chapter Next Chapter Contents Previous Chapter Next Chapter Contents Previous Chapter Next Chapter Contents Previous Chapter Next Chapter Contents Previous Chapter Next Chapter Contents Previous Chapter Next Chapter Contents Previous Chapter Next Chapter Contents Previous Chapter Next Chapter Contents Previous Chapter Index Contents Contents + Preface.pdf Chapter 01.pdf Chapter 02.pdf Chapter 03.pdf Chapter 04.pdf Chapter 05.pdf Chapter 06.pdf Chapter 07.pdf Chapter 08.pdf Chapter 09.pdf Chapter 10.pdf Chapter 11.pdf Chapter 12.pdf Chapter 13.pdf Chapter 14.pdf Chapter 15.pdf Chapter 16.pdf Chapter 17.pdf Chapter 18.pdf Chapter 19.pdf Chapter 20.pdf Chapter 21.pdf Chapter 22.pdf Chapter 23.pdf Chapter 24.pdf Chapter 25.pdf Chapter 26.pdf Chapter 27.pdf Chapter 28.pdf Chapter 29.pdf Chapter 30.pdf Chapter 31.pdf Index.pdf
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