Mechanical engineering controls based (general higher mechanical second Five series of textbooks)

Ship out in 2 business day, And Fast shipping, Free Tracking number will be provided after the shipment.Pages Number: 222 Publisher: Electronic Industry Pub. Date :2011-05-01 version 1. Meng Xiong and other mechanical engineering control basis introduced the basic principles of control theory and basic knowledge. as well as its application in mechanical engineering . Including the basic concepts of mechanical engineering control. the control system mathematical model. the control system time-domain analysis. frequency domain control system analysis. control system calibration and engineering design. discrete control systems. MATLABSimulink in control engineering and so on. each chapter with learning points. Summary and Exercises. Mechanical engineering controls based concise and easy to understand. practical. and can be used as colleges and universities mechanical engineering profession. especially manufacturing and mechanical design automation undergraduate. specialist materials. but also for the engineering and technical personnel as teachers and reference materials. Contents: Chapter 1 Introduction 1.1 Overview 1.1.1 Control Engineering Control Engineering Control theory and control theory 1.1.2 Mechanical Engineering Task 1.2 of the study and control system of classification and control system composed of several 1.2.1 Classification 1.2. 2 control system. control system. the basic components of the basic requirements 1.3 1.4 control project development and application of automatic control of the development phase 1.4.1 1.4.2 Control Theory in the development of machine building materials in the application of the structural system 1.5 Summary Exercises Part 2 Chapter 2.1 Mathematical model of control system mathematical model of the system 2.1.1 System Modeling and classification system to write out the mathematical model 2.1.2 general approach to the differential equation 2.2.1 2.2 system to write out the general steps 2.2.2 Typical differential equations system of differential equations 2.3 The transfer function transfer function of the basic concepts 2.3.1 2.3.2 system characteristic equation. zero and pole. and a typical part of the complex domain characteristics 2.3.3 2.3.4 The transfer function of the system transfer function of several issues 2.4 The transfer function block diagram of the control system mathematical model 2.4.1 advantages 2.4.2 graphical block diagram of the structural elements and the establishment of the transfer function block diagram of the equivalent 2.4.3 Transformation 2.4.4 Simplification of complex transfer function block diagram and write directly to the column 2.4 0.5 input and disturbance while under the effect of the system transfer function to the 2.5 control system transfer function block diagram of the functional block diagram of the conversion of Summary Exercises Chapter 3 control system. time-domain analysis of the composition 3.1 system response and dynamic characteristics of the time-domain characteristics of 3.1 .1 time response and composition of the input signal 3.2 3.1.2 Typical time-domain dynamic performance control system analysis control system 3.2.1 The basic method of domain analysis and first-order system step 3.2.2 3.2.3 second-order system time response time 3.2.4 Response time domain control system performance and high-end computing systems 3.2.5 3.3 Time-domain analysis time-domain analysis of the stability control system 3.3.1 3.3.2 The concept of system stability necessary and sufficient stability of linear systems Conditions 3.3.3 Rolls (Routh) stability criterion 3.4 control system error analysis and calculation of time-domain system error and bias 3.4.1 3.4.2 stable steady-state error and bias-type meetings with the 3.4.3 system deviation coefficient 3.4.4 disturbance steady-state error under 3.4.5 the measures to improve the system steady-state accuracy Exercises Summary Chapter 4 Control System 4.1 Frequency domain analysis of the basic concept of frequenc.