Data underlying the publication: Upgrading Existing Water Distribution Networks Using Cluster-Based Optimization Techniques
DOI:10.4121/49badc7f-096a-4f2d-bdf9-c9a6057d8576.v2
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DOI: 10.4121/49badc7f-096a-4f2d-bdf9-c9a6057d8576
DOI: 10.4121/49badc7f-096a-4f2d-bdf9-c9a6057d8576
Datacite citation style
Hussein, Mustafa; R. Torkomany, Mohamed; Gooda, Essam (2025): Data underlying the publication: Upgrading Existing Water Distribution Networks Using Cluster-Based Optimization Techniques. Version 2. 4TU.ResearchData. dataset. https://doi.org/10.4121/49badc7f-096a-4f2d-bdf9-c9a6057d8576.v2
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Dataset
Version 2 - 2025-03-10 (latest)
Version 1 - 2025-02-18
This dataset is the support material of the paper ''Upgrading Existing Water Distribution Networks Using Cluster-Based Optimization Techniques''. This research proposes a novel optimal upgrading methodology for WDNs, leveraging clustering principles from graph theory. The proposed methodology involves adding a new storage tank and rehabilitating selected pipes of an existing WDN.
History
- 2025-02-18 first online
- 2025-03-10 published, posted
Publisher
4TU.ResearchDataFormat
xlsx file, epanet fileOrganizations
Alexandria University, Faculty of Engineering, Department of Irrigation and HydraulicsDATA
Files (6)
- 1,037 bytesMD5:
5b700762adbb284e06a209f3865094ef
README.txt - 155,064 bytesMD5:
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Al-Hashimiya water distribution network (2044).net - 45,426 bytesMD5:
cfef33e11fea9a59ef8b66f25843b6c2
Pipes and Nodes characteristics of Al-Hashimiya water distribution network.xlsx - 1,224,912 bytesMD5:
7aa92e8083939f040d1cb4b8dbcbd6fc
Solutions of scenario 2 (EPANET file).rar - 31,908 bytesMD5:
02fd9b9059902a180daf47cecc77f7c6
Solutions of scenario 2.xlsx - 65,053 bytesMD5:
f51fcd21988e838e3615c73bdc28855d
Study Parameters and Sensitivity Analysis Results.xlsx -
download all files (zip)
1,523,400 bytes unzipped