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    Ae302 A

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    SHINUMM
    This document is a 2-page examination for a Process Control course. It contains 3 parts with multiple choice and written response questions. Part A contains 2 questions worth 15 marks each about degrees of freedom in controller design, process dead time, equal percentage valve linearization, and pressure control loops. Part B contains 2 questions worth 15 marks each about controller tuning goals, fine tuning methods, feedback-feedforward control, and cascade control. Part C contains 3 questions worth 20 marks each about multi-loop control tuning methods, relative gain array, decoupling, internal model control, model predictive control, artificial neural networks, interaction effects, Smith predictor controllers, and solving fuzzy relational operations.

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    Ae302 A

    Uploaded by

    SHINUMM
    66 views2 pages
    This document is a 2-page examination for a Process Control course. It contains 3 parts with multiple choice and written response questions. Part A contains 2 questions worth 15 marks each about degrees of freedom in controller design, process dead time, equal percentage valve linearization, and pressure control loops. Part B contains 2 questions worth 15 marks each about controller tuning goals, fine tuning methods, feedback-feedforward control, and cascade control. Part C contains 3 questions worth 20 marks each about multi-loop control tuning methods, relative gain array, decoupling, internal model control, model predictive control, artificial neural networks, interaction effects, Smith predictor controllers, and solving fuzzy relational operations.

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    PROCESS CONTROL

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    AE302-A

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    This document is a 2-page examination for a Process Control course. It contains 3 parts with multiple choice and written response questions. Part A contains 2 questions worth 15 marks each about degrees of freedom in controller design, process dead time, equal percentage valve linearization, and pressure control loops. Part B contains 2 questions worth 15 marks each about controller tuning goals, fine tuning methods, feedback-feedforward control, and cascade control. Part C contains 3 questions worth 20 marks each about multi-loop control tuning methods, relative gain array, decoupling, internal model control, model predictive control, artificial neural networks, interaction effects, Smith predictor controllers, and solving fuzzy relational operations.

    Copyright:

    © All Rights Reserved
    Download as PDF, TXT or read online from Scribd
    Download as pdf or txt
    66 views2 pages

    Ae302 A

    Uploaded by

    SHINUMM
    This document is a 2-page examination for a Process Control course. It contains 3 parts with multiple choice and written response questions. Part A contains 2 questions worth 15 marks each about degrees of freedom in controller design, process dead time, equal percentage valve linearization, and pressure control loops. Part B contains 2 questions worth 15 marks each about controller tuning goals, fine tuning methods, feedback-feedforward control, and cascade control. Part C contains 3 questions worth 20 marks each about multi-loop control tuning methods, relative gain array, decoupling, internal model control, model predictive control, artificial neural networks, interaction effects, Smith predictor controllers, and solving fuzzy relational operations.

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    A A6804 Pages: 2

    Reg No.:_______________ Name:__________________________


    APJ ABDUL KALAM TECHNOLOGICAL UNIVERSITY
    SIXTH SEMESTER B.TECH DEGREE EXAMINATION, APRIL 2018

    Course Code: AE302


    Course Name: PROCESS CONTROL (AE)
    Max. Marks: 100 Duration: 3 Hours

    PART A
    Answer any two full questions, each carries 15 marks. Marks

    1 a) What is degrees of freedom? Explain the relevance in designing a controller with (10)
    an example?
    b) Explain with example about a process with dead time. (5)
    2 a) Explain Linearization of an equal percentage valve into linear valve. (5)
    b) With the help of a neat sketch illustrate a pressure control loop diagram. (5)
    c) Explain the different types of scaling. (5)
    3 a) With a neat diagram explain the elements of process dynamics. (10)
    b) Compare SLPC and MLPC. (5)

    PART B
    Answer any two full questions, each carries 15 marks.
    4 a) What are the goals that determine the best tuning constants? (10)
    b) Describe the method for fine tuning of controller with example. (5)
    5 a) Explain feedback-feed forward control with suitable example. (8)
    b) Draw the block diagram and examine the importance of cascade control using an (7)
    example.
    6 a) Explain how correlation could be used for tuning controller with an example. (10)
    b) What do you mean by the term Backlash? How can it be removed? (5)

    PART C
    Answer any two full questions, each carries 20 marks.
    7 a) What are the different tuning methods for multi-loop control system? (5)
    b) What is RGA? Mention the importance of RGA for predicting interaction in (5)
    multivariable control system.
    c) Explain the multi Loop control Performance through decoupling. (10)
    8 a) Explain in detail about internal model control. (10)

    Page 1 of 2
    A A6804 Pages: 2

    b) Explain the features of model predictive controller. (5)


    c) Explain the classification of Artificial Neural Network. (5)
    9 a) Explain Influence of Interaction on the possibility of feedback control with the (10)
    help of a 2x2 system.
    b) Write short notes on smith predictor controller. (5)
    c)   (5)
    Find solution for the following fuzzy relational operation (i) R  R (ii) R  R
    0.2 0.5 0.2
    R is given by 0.5 0.6 0.7
    0.7 0.1 0.3

    ****

    Page 2 of 2

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