Excel VBA-Based Solution to Pipe Flow Measurement Problem

Estimation of mean flow velocity in a pipe from pressure drop measurements using Darcy-Weisbach formula involves two nested loops of iteration. The outer loop iterates through the mean flow velocity while an inner loop is enclosed for calculating friction factor at a given flow velocity. The iterati...

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Main Authors: Selami Demir, Aykut Karadeniz, Neslihan Manav Demir, Selin Duman
Format: Article
Language:English
Published: Bond University
Series:Spreadsheets in Education
Online Access:http://sie.scholasticahq.com/article/4671-excel-vba-based-solution-to-pipe-flow-measurement-problem.pdf
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spelling doaj-8479c345cba742b29e6c381753b17f402020-11-25T01:50:13ZengBond UniversitySpreadsheets in Education1448-6156Excel VBA-Based Solution to Pipe Flow Measurement ProblemSelami DemirAykut KaradenizNeslihan Manav DemirSelin DumanEstimation of mean flow velocity in a pipe from pressure drop measurements using Darcy-Weisbach formula involves two nested loops of iteration. The outer loop iterates through the mean flow velocity while an inner loop is enclosed for calculating friction factor at a given flow velocity. The iterations are time-consuming and are somewhat difficult for hand calculations. MS Excel can be employed to solve this type of problem for saving time. This paper intends to show how it is possible to easily solve the mean flow velocity problem in a spreadsheet environment. Visual Basic for Applications (VBA) functions to be used with spreadsheet iterations were provided. Besides, solutions to variations of the above-mentioned problem such as calculation of roughness height were described. Both students and teachers can benefit from the procedures and electronic annex provided.http://sie.scholasticahq.com/article/4671-excel-vba-based-solution-to-pipe-flow-measurement-problem.pdf
collection DOAJ
language English
format Article
sources DOAJ
author Selami Demir
Aykut Karadeniz
Neslihan Manav Demir
Selin Duman
spellingShingle Selami Demir
Aykut Karadeniz
Neslihan Manav Demir
Selin Duman
Excel VBA-Based Solution to Pipe Flow Measurement Problem
Spreadsheets in Education
author_facet Selami Demir
Aykut Karadeniz
Neslihan Manav Demir
Selin Duman
author_sort Selami Demir
title Excel VBA-Based Solution to Pipe Flow Measurement Problem
title_short Excel VBA-Based Solution to Pipe Flow Measurement Problem
title_full Excel VBA-Based Solution to Pipe Flow Measurement Problem
title_fullStr Excel VBA-Based Solution to Pipe Flow Measurement Problem
title_full_unstemmed Excel VBA-Based Solution to Pipe Flow Measurement Problem
title_sort excel vba-based solution to pipe flow measurement problem
publisher Bond University
series Spreadsheets in Education
issn 1448-6156
description Estimation of mean flow velocity in a pipe from pressure drop measurements using Darcy-Weisbach formula involves two nested loops of iteration. The outer loop iterates through the mean flow velocity while an inner loop is enclosed for calculating friction factor at a given flow velocity. The iterations are time-consuming and are somewhat difficult for hand calculations. MS Excel can be employed to solve this type of problem for saving time. This paper intends to show how it is possible to easily solve the mean flow velocity problem in a spreadsheet environment. Visual Basic for Applications (VBA) functions to be used with spreadsheet iterations were provided. Besides, solutions to variations of the above-mentioned problem such as calculation of roughness height were described. Both students and teachers can benefit from the procedures and electronic annex provided.
url http://sie.scholasticahq.com/article/4671-excel-vba-based-solution-to-pipe-flow-measurement-problem.pdf
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