B.Tech., Chemical Engineering, IIT Roorkee

Kanika Vijayvergia

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

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GATE & ESE

English

Process Dynamics and Control

Instrumentation

Instrumentation & Process Control

Chemical Engineering

GATE & ESE - ME & CH

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Instrumentation & Process Engineering

Course contents for Process Dynamics and Control.

Lesson describes the derivation of transfer functions for various first order systems and introduces various forcing functions.

Response of First-Order Systems

It describes the responses of various forcing functions for a first order system.

Physical Examples of First-Order Systems

The lesson describes some physical examples of first order systems and the response of first order systems in series.

Describes transfer functions for second-order systems and transportation lag.

Higher Order Systems

The lesson introduces the linear closed loop systems and describes a complete control system by development of block diagram.

The Control System

Lesson describes working mechanisms for control valves and controllers.

Controllers and final control elements

Lesson provides detailed discussion over determination of ideal transfer function for proportional control.

Ideal Transfer Functions

Lesson describes different control systems and their responses.

Controllers

Lesson provides details of overall transfer function for single loop systems for change in set point.

Closed Loop Transfer Functions

Lesson provides a detailed discussion on overall transfer function for single loop system for load change and multiloop systems.

Change in load

Lesson describes transient response for proportional control system.

Transient Response of Simple Control Systems

Lesson discusses about the transient response of proportional integral control and proportional control of system with measurement lag.

Proportional Integral Control

Lesson provides a detailed discussion on concept of stability of control systems.

Stability

Lesson describes Routh test for determining the stability of control systems.

Routh Test for Stability

Lesson provides a detailed discussion on root locus method for determining stability of control systems.

Root Locus

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

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

Process Equipment Design

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

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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.

Process Dynamics and Control- Part I

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

16 lessons • 2h 59m

Process Dynamics and Control

Response of First-Order Systems

Physical Examples of First-Order Systems

Physical Examples of First-Order Systems

Higher Order Systems

The Control System

Controllers and final control elements

Ideal Transfer Functions

Controllers

Closed Loop Transfer Functions

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