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

This course introduces the fundamental concepts, principles and applications of Control theory and controller design for chemical engineering students. Each topic will be developed in logical progression with up-to-date information which will help aspirants to prepare the subject in a best way for GATE exam. The course material will be helpful to students in a way that they are suggested to make their notes from lessons.

GATE (Graduate Aptitude Test in Engineering) 2020 & 2021 complete preparation with best educators. Know about the detailed syllabus, best books, exam pattern and dates, previous year question papers a

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Hindi

(Hindi) Process Dynamics and Control for GATE-2019 Chemical Engineering

Measurement of Process Variables

Instrumentation & Process Control

Chemical Engineering

GATE & ESE - ME & CH

GATE, ESE and IIT-JAM

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Test Preparation

Instrumentation & Process Engineering

A basic information about the topics that are to be covered in this course.

Course Outline (in Hindi)

The necessity and application for using control with the chemical process operations has been discussed.

Necessity for Process Control Applications (in Hindi)

A process model has been generated and discussed for a heating tank system.

Process Modeling (in Hindi)

Step input functions have been discussed in details

Step Input Function (in Hindi)

Rectangular pulse, unit pulse and impulse input functions have been discussed.

Rectangular Pulse, Unit Pulse and Impulse Input Functions (in Hindi)

Final value theorem is applied to all the forcing functions.

Ramp input and Sinusoidal input functions

First order systems have been discussed with the determination of their transfer function.

First Order Systems (in Hindi)

Step input response of a first order systems have been discussed.

Step input response of first order systems (in Hindi)

Ramp input and impulse input changes for the first order systems have been discussed.

Impulse and Ramp Input Response of a First Order Systems

Response of a Sinusoidal forcing input functions on the first order systems have been discussed.

Sinusoidal input response of a first order system( in hindi)

Tank system has been discussed with the effect of height and resistance on the outlet flow rate.

Example of first order systems: Tank system

Physical explaination of the first order systems have been been discussed.

Physical Explaination of Tank System

Linearization of non Linear functions using Taylor series expansion is discussed.

Tank systems with non-linear resistance ( in Hindi)

Getting the transfer function of Mercury thermometer.

Mercury Thermometer (in Hindi)

Purely capacitive or integrative system has been explained.

Purely Capacitive System(in Hindi)

Some numerical problems regarding the Sinusoidal and rectangular pulse response of first order system have been discussed.

Tutorial 1 (in Hindi)

Basics of second order systems have been discussed.

Second Order Systems (in Hindi)

Damping Coefficient have been discussed with some examples of second order systems.

Damped Vibrator: An example of Second Order Systems

Terms like overshoot, decay ratio, period and natural period of oscillations have been discussed for underdamped system.

Underdamped Response- Part 1

An example of underdamped system has been discussed with explaination of response time and rise time.

Underdamped Response-Part 2 (in Hindi)

A complete discussion on the non-interacting systems with it's characteristics have been done.

Multi-Capacity Systems-Part 1

Interacting systems with the determination of it's transfer function and comparison with non-interacting systems have been discussed.

MultiCapacity Systems- Part 2 (in Hindi)

Some GATE problems on first and second order responses have been discussed.

Tutorial- 1

Some previous years problems have been discussed.

Tutorial-2

The basic idea of having a control system has been discussed with the explaination of the types of variables which we will come across.

Introduction to Control System and Types of Variables

The monitoring of a closed loop block diagram has been discussed.

Development of a Feedback Control Loop (in Hindi)

Proportional controller is discussed with it's specific application.

Proportional Controller (in Hindi)

Proportional-Integral controller is discussed with it's merits and some disadvantages.

Proportional-Integral Controller (in Hindi)

PID controller removes offset and makes the response of PI controller faster.

Proportional-Integral-Derivative Controller (in Hindi)

Proportional-Derivative controller is discussed with some I-action problems.

Proportional-Derivative Controller (in Hindi)

Dynamic behavior of a closed loop process has been discussed.

Dynamic Behaviour of Closed Loop Processes (in Hindi)

Transfer function of a Closed Loop process has been evaluated.

Transfer Function of Closed Loop Processes (in Hindi)

Proportional controller creates an error for the response of closed loop process.

Effect of Proportional Controller (in Hindi)

I action when added to any controller removes the offset completely.

Effect of PI, PD, PID Controller (in Hindi)

Some general rules for a closed loop transfer function have been discussed.

Some General Rules for a Closed Loop Transfer Function ( in Hindi)

M.E Chemical, BITS Pilani
B.E Chemical, DJ Sanghvi College of Engg.


Kushal Sharma

The course is designed as per the GATE syllabus. Part A consists of basics of the subjects like process modelling, Laplace transforms, dynamics of the systems and topics from Instrumentation viz sensors, transducers and control valves. The course will cover good amount of numericals which will help in better understanding of the topics.

Instrumentation and Process Control-Part A: GATE (Chemical)

All India Science Slam finalist 2017  Best teacher awardee 2009..having 26 years of  experience in teaching the fascinating subject...chem

Padma Narayanamurthy

Analyte Analysis Done Quantitatively By Using Instrumentation

Instrumental Analysis of Analyte by Colorimetric and Potentiometric Determination

This Course is about Various  Methods Of Identification Of The Quantitative Analyte Analysis.

(Tamil) Quantitative Analysis Of Analysis By Instrumental Analysis: GATE (Chemical)

Pursuing Masters in Engineering from BITS Pilani with a strong desire to be an educator. GATE qualified.

Akshya Khandelwal

All about process control. some part of instrumentation will also be discussed, lots of numericals will be discussed. judicially designed for GATE chemical engineering students

Introduction to Process Control and Dynamics of GATE

Research Scholar @IIT Delhi | M.Tech@NIT Tiruchirappalli-Process Control & Instrumentation | and B.Tech in Chemical Engineering

Vipin Kumar Shukla

In this course, the educator discusses concepts based on Process Dynamics and Control for GATE chemical engineering.

(Hindi) Process Dynamics and Control: GATE (Chemical)

Use Referral Code- umang.goswami53 to get 10% discount on Unacademy Plus.
M.E.- Chemical Engineering
BITS Pilani


Umang Goswami

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

Lessons

35 lessons • 6h 28m

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Course Outline (in Hindi)

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Necessity for Process Control Applications (in Hindi)

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Process Modeling (in Hindi)

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Step Input Function (in Hindi)

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Rectangular Pulse, Unit Pulse and Impulse Input Functions (in Hindi)

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Ramp input and Sinusoidal input functions

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First Order Systems (in Hindi)

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Step input response of first order systems (in Hindi)

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Impulse and Ramp Input Response of a First Order Systems

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Sinusoidal input response of a first order system( in hindi)

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