Learn · Chemical Process Control
Lecture 11 of 48Week 2
Lecture 11 : Response to step input
Prof. Sujit Jogwar · IIT Bombay
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- Chemical Process Control, IIT Bombay (at NPTEL)
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All the lectures
- Lecture 1 : Motivation for process control
- Lecture 2 : Functions of process control system
- Lecture 3 : Common control strategies
- Lecture 4 : Components of process control system
- Lecture 5 : Introduction to process dynamics
- Lecture 6 : First principle dynamic models
- Lecture 7 : Empirical and gray box models
- Lecture 8 : Degree of freedom analysis
- Lecture 9 : Introduction to first order dynamical systems
- Lecture 10 : Linearization of process dynamics
- Lecture 11 : Response to step input
- Lecture 12 : Response to sinusoidal input
- Lecture 13 : Introduction to second order dynamical systems
- Lecture 14 : Examples of second order dynamical systems
- Lecture 15 : Response to step input
- Lecture 16 : Effect of damping coefficient
- Lecture 17 : Higher order dynamics
- Lecture 18 : Approximation as FOPDT model
- Lecture 19 : Numerator dynamics
- Lecture 20 : Prediction of step response
- Lecture 21 : Block diagram representation
- Lecture 22 : ON-OFF control
- Lecture 23 : Proportional control
- Lecture 24 : Proportional-Integral control
- Lecture 25 : PID control
- Lecture 26 : Limitations of PID controllers
- Lecture 27 : Stability of dynamical processes
- Lecture 28 : Laplace domain analysis - Part I
- Lecture 29 : Laplace domain analysis - Part II
- Lecture 30 : Frequency response
- Lecture 31 : Frequency domain analysis
- Lecture 32 : Synthesis problem
- Lecture 33 : Selection problem
- Lecture 34 : Criteria-based controller tuning
- Lecture 35 : Heuristics-based controller tuning
- Lecture 36 : Direct synthesis-based controller tuning
- Lecture 37 : Frequency response-based controller tuning
- Lecture 38 : Cascade control
- Lecture 39 : Split range control and override control
- Lecture 40 : Auctioneering, ratio and inreferential control
- Lecture 41 : Openloop control and Internal model control
- Lecture 42 : Dynamic Matrix and Model predictive control
- Lecture 43 : Introduction to multivariable control
- Lecture 44 : Input-output pairing
- Lecture 45 : Tuning of multi-loop SISO controller
- Lecture 46 : Introduction to batch process control
- Lecture 47 : Programmable logic control
- Lecture 48 : Batch to batch control