Numerical Investigation of Energy Storage in Packed Bed of Cylindrical Capsules of PCM

A theoretical study of storage thermal energy using capsulated cylinders filled with phase change material PCM is performed. These cylinders are arranged in-line in the direction of heat transfer fluid. The energy equations of fluid (water) and PCM capsules are solved numerically using finite volume...

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Main Authors: Ahmed K. Alshara, Mohammed Kh. Kadhim
Format: Article
Language:English
Published: Unviversity of Technology- Iraq 2014-02-01
Series:Engineering and Technology Journal
Subjects:
Online Access:https://etj.uotechnology.edu.iq/article_87046_9053fa6321ccbb091786036b635b92d3.pdf
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author Ahmed K. Alshara
Mohammed Kh. Kadhim
author_facet Ahmed K. Alshara
Mohammed Kh. Kadhim
author_sort Ahmed K. Alshara
collection DOAJ
description A theoretical study of storage thermal energy using capsulated cylinders filled with phase change material PCM is performed. These cylinders are arranged in-line in the direction of heat transfer fluid. The energy equations of fluid (water) and PCM capsules are solved numerically using finite volume method with heat capacity method for phase change of PCM. The effect of Reynolds number and the ratio of pitch to diameter of the cylinders on the temperature distribution and melt fraction are presented. The results show that the increment of both Reynolds number and the ratio of the pitch to diameter gives decrement in the final time of melting of PCM in the cylinders.
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spelling doaj.art-ddb956fb772547f28fe5921d28d17dbd2024-02-04T17:30:06ZengUnviversity of Technology- IraqEngineering and Technology Journal1681-69002412-07582014-02-0132249451010.30684/etj.32.2A.1587046Numerical Investigation of Energy Storage in Packed Bed of Cylindrical Capsules of PCMAhmed K. AlsharaMohammed Kh. KadhimA theoretical study of storage thermal energy using capsulated cylinders filled with phase change material PCM is performed. These cylinders are arranged in-line in the direction of heat transfer fluid. The energy equations of fluid (water) and PCM capsules are solved numerically using finite volume method with heat capacity method for phase change of PCM. The effect of Reynolds number and the ratio of pitch to diameter of the cylinders on the temperature distribution and melt fraction are presented. The results show that the increment of both Reynolds number and the ratio of the pitch to diameter gives decrement in the final time of melting of PCM in the cylinders.https://etj.uotechnology.edu.iq/article_87046_9053fa6321ccbb091786036b635b92d3.pdfenergy storagepcmfinite volume methodcylindrical capsule
spellingShingle Ahmed K. Alshara
Mohammed Kh. Kadhim
Numerical Investigation of Energy Storage in Packed Bed of Cylindrical Capsules of PCM
Engineering and Technology Journal
energy storage
pcm
finite volume method
cylindrical capsule
title Numerical Investigation of Energy Storage in Packed Bed of Cylindrical Capsules of PCM
title_full Numerical Investigation of Energy Storage in Packed Bed of Cylindrical Capsules of PCM
title_fullStr Numerical Investigation of Energy Storage in Packed Bed of Cylindrical Capsules of PCM
title_full_unstemmed Numerical Investigation of Energy Storage in Packed Bed of Cylindrical Capsules of PCM
title_short Numerical Investigation of Energy Storage in Packed Bed of Cylindrical Capsules of PCM
title_sort numerical investigation of energy storage in packed bed of cylindrical capsules of pcm
topic energy storage
pcm
finite volume method
cylindrical capsule
url https://etj.uotechnology.edu.iq/article_87046_9053fa6321ccbb091786036b635b92d3.pdf
work_keys_str_mv AT ahmedkalshara numericalinvestigationofenergystorageinpackedbedofcylindricalcapsulesofpcm
AT mohammedkhkadhim numericalinvestigationofenergystorageinpackedbedofcylindricalcapsulesofpcm