Topic: Closed Loop Response | Process Control - Video Lectures

Topic outline

General
- Select activity Course Summary
  Course Summary:
  Quick Review of Theory and Solving Representative Problems on Chemical Process Control covering the Undergraduate Chemical Engineering syllabus, and latest GATE-exam syllabus: Process Modeling, Dynamics of Open Loop Systems, Feedback Control System, Stability Analysis, Frequency Response Analysis, Bode Stability Criteria, Feed-forward and Cascade Control
  
  Objective Type Questions and Problems with Detailed Solutions (70 nos.) - Video Lectures with Handwritten-Transcripts
  
  Topic-wise Interactive Self-Assessment Quizzes
  
  Questions from Past GATE Exams CH, IN, EE, EC streams, and Standard Textbooks - Coughanowr, etc..
  
  Videos: 14 hours of recorded lectures - 2 hours of Theory; 12 hours of Problem Solving.
  
  This course is part of Chemical Engineering Video Lectures Bundle.
  
  Price of this course in Indian Rupees: 600 (1-month access) / 1500 (6-months access)
  
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Closed Loop Response
- Select activity Temperature Control of Stirred Tank Heater
  
  Temperature Control of Stirred Tank Heater Page
  
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- Select activity Closed Loop Transfer Function
  
  Closed Loop Transfer Function Page
  
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- Select activity Level Control of a Tank with Proportional Controller
  
  Level Control of a Tank with Proportional Controller Page
  
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- Select activity Block Diagram Reduction - Examples
  
  Block Diagram Reduction - Examples Page
  
  Coughanowr3E-11-1
  Determine the transfer function \(Y(s)/X(s)\) for the block diagrams shown in figure. Express the results in terms of \(G_a, G_b\), and \(G_c\).
  
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- Select activity Transfer Function and Offset of Closed Loop
  
  Transfer Function and Offset of Closed Loop Page
  
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- Select activity Process Gain from Closed Loop Response
  
  Process Gain from Closed Loop Response Page
  
  IN-2020-37
  The system shown in Fig.(a) has a time response \(y(t)\) to an input \(r(t) = 10u(t)\) as shown in Fig.(b), u(t) being the unit step input. Both \(K, \tau\) are positive.
  
  The gain \(K\) of the system is _______
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- Select activity Damping Ratio and & Natural Frequency of Closed Loop System
  
  Damping Ratio and & Natural Frequency of Closed Loop System Page
  
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- Select activity Addition of Integral Action to Closed Loop
  
  Addition of Integral Action to Closed Loop Page
  
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- Select activity Closed Loop Transfer Function & Offset
  
  Closed Loop Transfer Function & Offset Page
  
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- Select activity Comparison of Closed Loops with Positive or Negative Feedbacks
  
  Comparison of Closed Loops with Positive or Negative Feedbacks Page
  
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- Select activity Comparison of Overshoot of Closed Loops
  
  Comparison of Overshoot of Closed Loops Page
  
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- Select activity Block Diagram Reduction with Multiple Inputs and Outputs
  
  Block Diagram Reduction with Multiple Inputs and Outputs Page
  
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- Select activity Steady State Error of Closed Loop
  
  Steady State Error of Closed Loop Page
  
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- Select activity Level Control with PI Controller
  
  Level Control with PI Controller Page
  
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Topic outline

General

Closed Loop Response