№ files_lp_4_process_3_079838
Engineering report detailing the planning, hydrological study, structural design, and water distribution system of a concrete arch dam at Wadi Al-Fara’a aimed at storing runoff water for irrigation, mitigating floods, and potentially generating electricity.
Year: 2013
Region: West Bank, Palestine
Location: Wadi Al-Fara’a, governorates of Nablus, Tubas, Jericho
Subject: Hydrology and Civil Engineering
Document type: Graduation Project Report
Institution: An-Najah National University
Authors: Engineering students of An-Najah National University
Target audience: Palestinian Water Authority, Ministry of Agriculture, local farmers, civil engineering community
Project objective: Storage and management of runoff water for irrigation, flood reduction, and potential hydropower generation
Dam type: Concrete arch dam
Dam dimensions: Length 300 m, height 30 m
Reservoir capacity: 4.7 million cubic meters
Hydrological analysis: HEC-HMS, critical storm January 2013, peak discharge 126.6 m³/s
Structural analysis: SAP2000, three models, minimum steel reinforcement calculated
Water distribution: Conveyance system connecting to Ein Shebli irrigation network, northern and southern pipes
Environmental considerations: Landslide mitigation, ecological and long-term impacts
Price: 8 / 10 USD
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