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M.E.- Chemical Engineering
BITS Pilani


Umang Goswami

This course deals with the control schemes, different types of input functions  and their responses, stability of a control system. The target audience for this course is chemical and Petrochemical Engineering students.

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English

Process Dynamics and Control- Part I

Instrumentation

Instrumentation & Process Control

Chemical Engineering

GATE & ESE - ME & CH

GATE, ESE and IIT-JAM

Ace the toughest competitive and government exams in India 

Test Preparation

Instrumentation & Process Engineering

L1: Introduction to the course

L2: Control system

L3: Classification of variables

L4: Control Configurations (feedback and feedforward)

L4: Control configurations ( feedback and feedforward)

L5: Different hardware of a control system

L6: Mathematical Modelling

L7: Mathematical Modelling (contd.1)

L8: Mathematical Modelling (contd. 2)

L9: Laplace transform

L10: Numericals-1 (Laplace transform)

L11: Numericals-2 (Laplace transform)

L12: Input Functions

L13: Input Functions (contd.)

L14: Linearization of non-linear model

L15: Linearization of non-linear model (contd.)

L16: Transfer Functions

L17: Transfer functions (contd. 1)

L18: Transfer Functions (contd.2)

L19: Numericals-3 (Modelling)

L20: Numericals-4 (Linearization)

L21: Transfer Functions (contd. 3)

L22: Poles and Zeros of a system

L23: Transfer Functions and it's analysis

L23: Transfer Function and its Analysis

L24: Transfer Function and its analysis (contd.)

L25: Dynamics of I order system

L26: Dynamics of I order system (contd.)

L27: Dynamics of I order system (contd.2)

L27: Dynamics of I order system (contd. 2)

L28: Dynamics of I order system (contd.3)

L29: Transient response of I order system

L30: Transient response of I order system (contd.)

L31: Transient response of Pure capacitive process

L32: Numericals-5

L33: Numericals-6

L34: Numericals-7

L35: Numericals-8

L36: Numericals-9

L37: Numericals-10

L38: Numericals-11

L39: Second order Dynamics

L40: Second order Dynamics (contd.)

L41: Second order dynamics (contd. 2)

L42: Non-interacing systems

L43: Non-interacting system (contd.)

L44: Interacting systems

L45: I order with controller

L46: Inverse Response

L47: Process with Dead time

L48: Numericals-12

L49: Numericals-13

L50: Numericals-14

L51: Introduction to feedback control system

L52: Proportional Controller

L53: PI Controller

L54: PID Controller

L55: Dynamic behaviour of closed loop process

L56: Dynamic behaviour of P Controller in the closed loop.

L56: Dynamic behaviour of P Controller in the closed loop

L57: Dynamic behaviour of P Controller (contd.)

L58: Dynamic behaviour of P Controller (contd.2)

L59: Dynamic behaviour of PI Controller

L60: Dynamic behaviour of PID Controller

L61: Numericals-15

L62: Numericals-16

L63: Numericals-17

L64: Numericals-18

L65: Stability Analysis

L66: Routh Hurwitz Test

L67: Routh Hurwitz Test (contd.)

L68: Numericals-19

L69: Numericals-20

L70: Numericals-21

L71: Root locus technique

L72: Frequency response analysis of linear processes

L73: Frequency response analysis (contd.)

L74: Frequency response analysis (contd.2)

L75: Frequency response analysis (contd.3)

L76: Bode plot (Pure capacitive and Dead time)

L76: Bode plot (Pure capacitive and dead time)

L77: Bode plot (I order system)

L78: Bode plot (II order system)

L79: Bode plot (PI Controller)

L80: Bode Plot (P & PD Controller)

L81: Bode Stability Criteria

L82: Bode stability criteria (contd.)

L83: Gain Margin and phase margin

L84: Ziegler Nicholas Tuning Technique

L85: Numericals-22

L86: Numericals-23

L87: Numericals-24

L88: Numericals-25

L89: Numericals-26

L90: Numericals-27

L91: Numericals-28

L92: Numericals-29

L93: Control Valve characteristics

L94: Cascade Control system

L95: Cascade control system (contd.)

L96: Cascade Control system (contd.2)

L97: Feedforward Control system

L98: Feedforward control system (contd.)

L99: Numericals-30

L100: Numericals-31

I am an M.Tech student of NIT TRICHY. I have done B.Tech in Chemical Engineering.GATE 2018 rank 704.

Vidhi Shah

this is second part of the course process dynamics and control. it will cover the part on control valve, controllers, frequency response and advanced control strategy

Part 2 - Process Dynamics and Control

B.Tech., Chemical Engineering, IIT Roorkee

Kanika Vijayvergia

This course provides detailed knowledge about design of various constituents of a chemical plant and the required design calculations.

Process Equipment Design

This course deals with the concept of chemical process control and Process modeling and introduces several examples to illustrate the same.

Process Dynamics and Control

A graduate in Chemical Engineering from NIT Calicut, I am currently studying for M.tech in Chemical Engineering at IIT Bombay.

Athena Susan Sajan

Understanding what process control is for,  learning about standard functions, Laplace Transform, derivations and their uses in solving differential equations, linearization and it's concept, open-loop systems, closed-loop control systems, stability, frequency response, controller tuning, advanced control systems.

B-Tech in Chemical Engineering
2years and 4 months of industrial experience in Fertiliser Sector

Aarushi Agrawal

Instrumentation forms the basis of every industry. Being a Chemical Engineer, while handling plant operations, only the understanding of the process is not enough. Understanding of the basic instrumentation involved is equally important. So here is a course including all the basic information about the characteristics of instruments that is essential for a chemical engineer.

Static and Dynamic Characteristics of Instrumentation

M.Tech in Process Modeling and Simulation. Research scholar @ IIT BHU, and a teacher by heart, ranked 304 in Gate 2018, a badminton freak.

Anuj Chaturvedi

Chemical processes constitute strongly nonlinear systems and for such systems, multiple steady state solutions typically exist. Stability of a chemical process plants is a must concern for every design engineer. This course will include the stability criterions and the methods used such as Routh and Bode Stability criterions. For a stable process the procedure of tuning the parameters have also been discussed here. So this course will really help the aspirants to bulid up a concept for the stability analysis.

Lessons

100 lessons • 15h 42m

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L1: Introduction to the course

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L2: Control system

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L3: Classification of variables

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L4: Control configurations ( feedback and feedforward)

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L5: Different hardware of a control system

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L6: Mathematical Modelling

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L7: Mathematical Modelling (contd.1)

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L8: Mathematical Modelling (contd. 2)

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L9: Laplace transform

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L10: Numericals-1 (Laplace transform)

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