|
所在平台: Udemy |
课程主页: https://www.udemy.com/course/learn-simulink-for-process-control/
课程评论：没有评论
课程名称：学习Simulink进行过程控制 课程概述：本课程教授使用Simulink设计PID控制器和反馈闭环的基础知识。您将学习如何检查控制环路的稳定性，以及使用Simulink进行控制器的调节（包括离线和在线方法）。完成本课程后，您将能够在Simulink中设计新的反馈控制环，检查其性能、评估稳定性、检查响应速度、设定点变化和扰动拒绝所需的时间。设计软件的最佳使用是化学、过程、控制和仪器工程学生及在相关领域工作的专业人士的重要技能。反馈控制环是工业中应用最广泛的控制环，用于控制石油和天然气、化学、石化、制药以及食品工业中的各种过程。PID控制器在调整过程以保持平稳运行和在操作员的设定点变化或干扰出现后将过程恢复到稳态条件方面发挥了重要作用。为确保良好的性能，避免不稳定和振荡等操作问题，必须设计合适的控制环。通过最佳的调节和控制器参数选择可以实现这一点。本课程将指导您如何在Matlab软件中使用Simulink应用所有这些概念。
This course teaches you the fundamentals of designing PID controllers and feedback closed-loops using Simulink. Moreover, you will learn how to check for the stability of the control loop as well as tuning your controller (using offline and online methods) by Simulink.After completing this course, you will be able to design a new feedback control loops in Simulink, check their performance, rate their stability, check the speed of taking actions, check the required time for set point change and disturbance rejection. The optimum use of design software is a key skill of chemical / process / Control / Instrumentation Engineering students as well as professionals working on similar fields. The feedback control loop is the most widely used loop in industry to control processes in oil and gas, chemical, petrochemical, pharmaceutical and food industries. The PID controllers play an important role to take actions to make the process running smooth and return it back to steady state conditions after a set point change by the operator or a disturbance coming into the picture that causes the process to work out of desired specs. A control loop has to be designed to ensure a good performance avoiding operational issues like instability and oscillation. This is achieved by the optimum tuning and selection of controller parameters. This course will guide you on how to apply all of these concepts using Simulink at Matlab software.
