Process control system - Answers to curriculum design(Chinese Edition) - Tapa blanda

Colleges and universities automation professional New series of textbooks and process control systems: Problem answers. and curriculum design(Chinese Edition)

paperback. Condición: New. Ship out in 2 business day, And Fast shipping, Free Tracking number will be provided after the shipment.Paperback. Pub Date: December 2011 Pages: 237 in Publisher: Wuhan University Press. to adapt to the readers. especially the demand for automation and related professional teachers and teaching and learning. particularly writing this book. Colleges and universities automation class professional New series of textbooks. process control systems: Answers to curriculum design culvert light process control Overview process control system modeling. process control systems design. PID control principle. cascade control. special control method. compensation control association analysis with decoupling control. fuzzy control. distributed control systems. such as chapter examples and exercises. Supporting materials as a process control system (Wuhan University Press). colleges and universities Automation professional New Series textbook process control systems: a process control system is given in the Appendix of Problem Solving and curriculum design version 2 of chapter exercises answer. In line with the process control teaching book appendix Selected 3 process control course design examples. This book can be used as teaching aids for process control system of colleges and universities Automation undergraduate and graduate courses. also can be used as a reference for related engineering and technical personnel. Contents: the composition and characteristics of the emphasis and difficulty 1 Overview 1.1 1.2 Executive Summary 1.2.1 process control concepts 1.2.2 process control system 1.2.3 process control system performance indicator 1.3 Example 1.4 Exercises 1.5 Exercises Solution 2 process control system modeling method 2.1 focus and difficulty 2.2 EXECUTIVE SUMMARY 2.2.1 Overview of the system modeling method and its type structure 2.2.2 mechanism modeling methods 2.2.3 Experimental test of Modeling Methods 2.2.4 testing laboratories should pay attention and step response of to get 2.2.5 approximate transfer function determined by the step response method 2.2 .6 determination of the dynamic characteristics of the other methods 2.3 Example 2.4 Exercises 2.5 Exercises Answer 3 process control system design 3.1 focus and difficulty 3.2 Executive Summary 3.2.1 process control system design Step 3 The .2.2 determine control variables and control program 3.2.3 process control system hardware 3.2.4 throttling element 3.2.5 regulating valve to select 3.3 Example 3.4 Exercises 3.5 Exercises The answer PID regulation principle 4.1 focus and difficulty 4.2 Executive Summary 4.2.1 closed-loop control 4.2.2 PID control law and the control system structure 4.2.3 digital PID control 4.2.4 PID 4.2.5 Intelligent PID tuning regulator parameter engineering control 4.3 Example 4.4 Exercises 4.5 Exercises answer 5 Cascade Control 5.1 focus and difficulty 5.2 SUMMARY 5.2.1 string level control system of the structure 5.2.2 cascade control system the process 5.2.3 cascade control system characteristics 5.2.4 Cascade control system design 5.2.5 Cascade control system parameter tuning method 5.2.6 Cascade control system engineering applications A6 special control methods 5.3 Example 5.4 Exercises 5.5 Exercises 6.2 EXECUTIVE SUMMARY 6.1 focus and difficulty 6.2.1 uniform control ratio control 6.2.2 6.2.3 split range control 6.2.4 selective control 6.3 Example 6.4 Exercises 6.5 Exercises 7.1 emphasis and difficulty 7 A7 compensation control EXECUTIVE SUMMARY 7.2.1 compensation control 1.2 7.3 Example 7 7.2.2 feedforward compensation control the basic structure of the feedforward control system in principle 7.2.3 7.2.4 big delay compensation control method .4 Exercises 7.5 Exercises to answer 8 associated decoupling control 8.1 focus and difficulty of the relative gain matrix 8.2 8.2 Summary The control loop between the associated 8.2.2 8.2.1. 3 reduction and decoupling 8.2.4 Decoupling Control System Design 8.3 Example 8.4 Exercises 8.5 Exercises A9 fuzzy cont. Nº de ref. del artículo: NE033730

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