آموزش کنترل اتوماتیک یا کنترل خطی + مرور و حل مساله

FaraDars: To access the more complete version of "Automatic Control or Linear Control Training + Review and Problem Solving" and download the files accompanying the training, click on the link below: https://fdrs.ir/yhqi Video timing: 0:00:00 Calculating the system transfer function 00:12:45 Analyzing systems with a block diagram 00:19:31 System transfer function with specified initial conditions 00:34:20 Drawing a block diagram of state equations What is automatic control? Automatic control is considered one of the prominent and key areas in the field of mechanics. This area deals with the design and implementation of control systems that enable the automatic management and adjustment of processes and systems. In fact, automatic control helps us to maintain the output of a system in a desired state or adjust it automatically by using input information such as signals or sensor data and by applying appropriate controls. This technology is used in various applications, including industrial process control, vehicles, robotics, and energy systems. What is the importance of learning automatic control along with problem solving? Control systems are abundant in all industrial sectors, such as quality control of manufactured products, automated assembly lines, machine tool control, space technologies and weapons systems, computer control, transportation systems, power systems, robotic systems, electromechanical systems, and nanotechnology. Therefore, learning this topic is essential for mechanical engineers, and reviewing and solving automatic control problems is very important in the process of learning and deeply understanding the concepts of this field. What will we learn in this course? In this course, we will discuss mathematical modeling of control systems, modeling of mechanical and electrical, and fluid and thermal systems. Next, we will examine the analysis of transient response and steady-state response, the analysis and design of control systems using the root locus method and the frequency method, and finally, we will describe the design of the PID controller and the analysis and control systems in state space.