Mathematical modeling and dynamic decoupling of a multivariable process with a CST

In this paper, mathematical modeling and dynamic decoupler design of a temperature and flow rate process with a continuously stirred tank (CST) is presented. A dynamic mathematical model of the process that consists of two nonlinear differential equations is developed. The multivariable (MV) system...

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Main Authors: Hazhar Rasul, Tolgay Kara
Format: Article
Language:English
Published: Pamukkale University 2018-04-01
Series:Pamukkale University Journal of Engineering Sciences
Subjects:
Online Access:https://dergipark.org.tr/tr/pub/pajes/issue/36922/419696
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author Hazhar Rasul
Tolgay Kara
author_facet Hazhar Rasul
Tolgay Kara
author_sort Hazhar Rasul
collection DOAJ
description In this paper, mathematical modeling and dynamic decoupler design of a temperature and flow rate process with a continuously stirred tank (CST) is presented. A dynamic mathematical model of the process that consists of two nonlinear differential equations is developed. The multivariable (MV) system model is linearized to make the elimination of loop interaction easier through dynamic decoupling and expressed in terms of system transfer functions. Dynamic decoupling is designed using obtained linearized model and it is shown that loop interactions are eliminated making the process suitable for decomposed single loop feedback controllers.
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spelling doaj.art-900d1846912341038630a2c12e1698662023-02-15T16:08:40ZengPamukkale UniversityPamukkale University Journal of Engineering Sciences1300-70092147-58812018-04-01242219225218Mathematical modeling and dynamic decoupling of a multivariable process with a CSTHazhar RasulTolgay KaraIn this paper, mathematical modeling and dynamic decoupler design of a temperature and flow rate process with a continuously stirred tank (CST) is presented. A dynamic mathematical model of the process that consists of two nonlinear differential equations is developed. The multivariable (MV) system model is linearized to make the elimination of loop interaction easier through dynamic decoupling and expressed in terms of system transfer functions. Dynamic decoupling is designed using obtained linearized model and it is shown that loop interactions are eliminated making the process suitable for decomposed single loop feedback controllers.https://dergipark.org.tr/tr/pub/pajes/issue/36922/419696mathematical modellingcstdynamic decouplingmatematiksel modellemesktdinamik etkileşim giderme
spellingShingle Hazhar Rasul
Tolgay Kara
Mathematical modeling and dynamic decoupling of a multivariable process with a CST
Pamukkale University Journal of Engineering Sciences
mathematical modelling
cst
dynamic decoupling
matematiksel modelleme
skt
dinamik etkileşim giderme
title Mathematical modeling and dynamic decoupling of a multivariable process with a CST
title_full Mathematical modeling and dynamic decoupling of a multivariable process with a CST
title_fullStr Mathematical modeling and dynamic decoupling of a multivariable process with a CST
title_full_unstemmed Mathematical modeling and dynamic decoupling of a multivariable process with a CST
title_short Mathematical modeling and dynamic decoupling of a multivariable process with a CST
title_sort mathematical modeling and dynamic decoupling of a multivariable process with a cst
topic mathematical modelling
cst
dynamic decoupling
matematiksel modelleme
skt
dinamik etkileşim giderme
url https://dergipark.org.tr/tr/pub/pajes/issue/36922/419696
work_keys_str_mv AT hazharrasul mathematicalmodelinganddynamicdecouplingofamultivariableprocesswithacst
AT tolgaykara mathematicalmodelinganddynamicdecouplingofamultivariableprocesswithacst