tailieunhanh - Process - Control Systems Application Design Adjustment

The best-selling guide to the design of control systems for the fluid process industries is now updated and expanded. Emphasizing performance-based design and tuning, the new edition of the best-selling guide to process control provides engineers with reliable coverage of control technology principles for industrial fluid processes - from basic theory to advanced control applications. Written by the foremost authority on process control, this book serves as a complete reference to controller selection and tuning, controller performance evaluation, and as a design guide for configuring optimum systems. Using time-domain and relative-gain analysis throughout, Greg Shinskey shows you how to solve. | Application Design Adjustment F. G. SHINSKEY Systems Design Engineer The Foxboro Company McGRAW-HILL BOOK COMPA N New York San Francisco Toronto London Sydney FACULTAD DE 1NGENIERIA u. DE G. 4-2 ó- ị. j iM ị r .ệ í Preface ỉ Consistent quality increased productivity and reduced operating costs can all accrue from effective control of major plant variables. But effective control is not an accident nor docs it come into being simply by implementing postulated theories. To be truly effective a control system must be designed to lit the needs of the particular process to which it will be applied. The more process intelligence the designer can put into a system the greater are its chances of success. The fact that many control systems have been operating satisfactorily indicates that plant engineers are capable of such design work. It also indicates that successful design is not necessarily contingent on graduate-level mathematics. Ziegler ami Nichols made this evident with the derivation of their simple rules for setting automatic controllers first presented in 1941 this derivation is still being used today. Many scientists are busily at work in laboratories and universities searching for more advanced control concepts. The principles they are discovering however could never realize their full worth if they J. J. Ziegler and N. B. Nichols Optimum Settings for Automatic Controllers Trans. ASMS December 1941. vii viìì I Preface are not communicated to the people who must apply them. Control problems arise in the plant and must be solved in the plant. Until plant engineers and control designers are able to communicate with each other their mutual problems await solution. I do not mean to imply that abstract mathematics is not capable of solving control problems but it is striking how often the same solution can be reached by using good common sense. High-order equations and high-speed computers can be manipulated to the point where common sense is dulled. Some months ago

• Cơ khí - Chế tạo máy
• design of control systems
• industrial fluid processes
• process control
• simulations
• line drawings
• graphs
• response curves
• Lecture Introduction to Control Systems
• Introduction to Control Systems
• Bài giảng Nhập môn Hệ thống điều khiển
• Design of continuous control systems
• Control systems design
• Design of PID controllers
• Fundamentals of control systems
• Lecture Fundamentals of control systems
• Design pff continuous control systems
• Effect of controllers
• Design off PID controllers
• Control systems design on state space
• Analysis and design of control systems using Matlab
• Control systems using Matlab
• Control systems
• Control system configurations
• Control system terminology
• Control system classes
• Control system design
• Lecture Control system design
• Control system
• Feedback control systems
• Linear systems
• System performance
• Design of discrete control systems
• PID controller
• Design discrete systems in the Z domain
• Discrete lead lag compensator
• Linear feedback systems
• State variable systems
• System stability
• Mathematical models of systems
• Mathematical models
• Công nghệ hóa dầu
• Distillation design and control using aspentm simulation
• Control using aspentm simulation
• Conceptual Design of Distillation Systems
• Control of more complex columns
• Control of sidestream columns
• State variable models
• Feedback control system
• Ebook Analysis and design
• Matlab Tutorial
• Matlab Basics
• Analysis and design
• Design of indirect mras based adaptive control systems
• Design of indirect mras
• Daptive control systems
• The indirect MRAS
• The presence of uncertainty
• An Adaptive Controller Design for Flexible
• Model Reference Adaptive Control
• Advances in Parameter Estimation
• Estimation and Control of Stochastic Systems
• Adaptive Control Design for Uncertain
• Adaptive Control Methodology
• Mechanical engineering handbook
• Control systems structure
• Grapphical design methods
• Uniquely digital algorithms
• Future trends in control systems
• Design of fan speed
• Development of fan speed
• Light speed control systems with android based voice commands
• Light speed control systems
• Controlling electronic device
• The form of voice commands
• Transientresponse analysis
• Response to initial condition
• Second order systems
• Root locus plots
• Bode diagrams
• Vietnam Journal of Mechanics
• An object oriented design method
• Implement the mechatronic system control
• Using hybrid automata and real time uml
• Real Time Unified Modeling Language
• Design the control parts of mechatronic systems
• Effectively gather their structure and behaviour
• systems and control
• Analysis
• Control Design
• signal convergence
• Adaptive parameter estimation
• adaptive control
• Automatic control systems
• Root locus analysis
• Frequency domain analysis
• State variable analysis
• Journal of Automation and Control Engineering
• Design of LQG controller
• Operational amplifiers for motion control systems
• Linear quadratic gaussian
• Linear quadratic regulator
• Linear quadratic estimator
• Design
• Stable Plants
• Saturating Actuators
• Communication simulation
• Simulate the communication of instrument
• Control systems using WirelessHART
• Options for instrument
• Operating systems
• Lecture Operating systems
• Embedded systems
• Process description
• Process management
• Virtual memory
• Control structures
• Operating system software
• Computer security techniques
• Access control
• Buffer overflow