Outline Syllabus:

• Industrial processes
• Linearization of nonlinear differential equations
• Experimental determination of process characteristics
• First degree transfer function of processes with delay
• Process modeling with a single time constant and a single delay
• Modeling of processes with double time constants and delay
• Liquid processes (elevation control, flow control, pressure control, stirring tank process, mixing, heat exchange, generation of electricity, industrial examples)
• Rolling processes (thickness control, tension control)
• Various control system (aero planes, ships, guided objects)
• Building controllers
• Wind controllers such as DIP,
• Electronics controllers of DIP
• Two state controllers
• Regulators (such as IAE-ISB, ZN-ITAE)
• Regulators for simple processes
• Analysis of two-state controllers
• Direct control of processes by computers such as DDC
• Examples of industrial control in chemical, cement and steel industries

Credits: 3

Pre-requisites:

• Linear Control Systems

Co-requisites:

• None