Experimental Study of Vibration on Pipe Conveying Fluid at Different End Conditions for Different Fluid Temperatures

Dynamic behavior of a copper pipe conveying fluid at different fluid temperatures is investigated experimentally. Three types of supports are used, which are simply support - simply support, fixed – fixed support and fixed – free support. The effect of the support's types on the frequency and t...

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Main Authors: Kayser Ameen, Mustafa Al-Dulaimi, Ali Hatem
Format: Article
Language:English
Published: Unviversity of Technology- Iraq 2019-12-01
Series:Engineering and Technology Journal
Subjects:
Online Access:https://etj.uotechnology.edu.iq/article_169080_13c98688536a39195adfca5e607d35a7.pdf
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author Kayser Ameen
Mustafa Al-Dulaimi
Ali Hatem
author_facet Kayser Ameen
Mustafa Al-Dulaimi
Ali Hatem
author_sort Kayser Ameen
collection DOAJ
description Dynamic behavior of a copper pipe conveying fluid at different fluid temperatures is investigated experimentally. Three types of supports are used, which are simply support - simply support, fixed – fixed support and fixed – free support. The effect of the support's types on the frequency and the amplitude of vibration for the pipe conveying the fluid are studied for various flow temperature. These vibration characteristics were tested at temperatures 50, 65 and 80 ºC
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spelling doaj.art-105bb53743844cbfabd505d016f4bd592024-02-04T17:13:09ZengUnviversity of Technology- IraqEngineering and Technology Journal1681-69002412-07582019-12-013712A51251510.30684/etj.37.12A.3169080Experimental Study of Vibration on Pipe Conveying Fluid at Different End Conditions for Different Fluid TemperaturesKayser Ameen0Mustafa Al-Dulaimi1Ali Hatem2Air conditioning and Refrigeration Dept., Al-Esraa University College - IraqAir conditioning and Refrigeration Dept., Al-Esraa University College - IraqAir conditioning and refrigeration Dept., Al-Esraa University College - IraqDynamic behavior of a copper pipe conveying fluid at different fluid temperatures is investigated experimentally. Three types of supports are used, which are simply support - simply support, fixed – fixed support and fixed – free support. The effect of the support's types on the frequency and the amplitude of vibration for the pipe conveying the fluid are studied for various flow temperature. These vibration characteristics were tested at temperatures 50, 65 and 80 ºChttps://etj.uotechnology.edu.iq/article_169080_13c98688536a39195adfca5e607d35a7.pdfvibration in pipesdynamic responsefrequencyfluid at different temperatures
spellingShingle Kayser Ameen
Mustafa Al-Dulaimi
Ali Hatem
Experimental Study of Vibration on Pipe Conveying Fluid at Different End Conditions for Different Fluid Temperatures
Engineering and Technology Journal
vibration in pipes
dynamic response
frequency
fluid at different temperatures
title Experimental Study of Vibration on Pipe Conveying Fluid at Different End Conditions for Different Fluid Temperatures
title_full Experimental Study of Vibration on Pipe Conveying Fluid at Different End Conditions for Different Fluid Temperatures
title_fullStr Experimental Study of Vibration on Pipe Conveying Fluid at Different End Conditions for Different Fluid Temperatures
title_full_unstemmed Experimental Study of Vibration on Pipe Conveying Fluid at Different End Conditions for Different Fluid Temperatures
title_short Experimental Study of Vibration on Pipe Conveying Fluid at Different End Conditions for Different Fluid Temperatures
title_sort experimental study of vibration on pipe conveying fluid at different end conditions for different fluid temperatures
topic vibration in pipes
dynamic response
frequency
fluid at different temperatures
url https://etj.uotechnology.edu.iq/article_169080_13c98688536a39195adfca5e607d35a7.pdf
work_keys_str_mv AT kayserameen experimentalstudyofvibrationonpipeconveyingfluidatdifferentendconditionsfordifferentfluidtemperatures
AT mustafaaldulaimi experimentalstudyofvibrationonpipeconveyingfluidatdifferentendconditionsfordifferentfluidtemperatures
AT alihatem experimentalstudyofvibrationonpipeconveyingfluidatdifferentendconditionsfordifferentfluidtemperatures