Univrsity Of Tehran Press Water and Irrigation Management 2251-6298 4 2 2014 09 23 Evaluation of hydraulic sensitivity indicators for Baffle modules (Case study: Varamin Irrigation and drainage network) Evaluation of hydraulic sensitivity indicators for Baffle modules (Case study: Varamin Irrigation and drainage network) 229 242 53038 10.22059/jwim.2014.53038 FA Mina Sadat Seyedjavad Graduated of Irrigation & Drainage Engineering, Irrigation & Drainage Engineering Group, College of Abouraihan, University of Tehran, Pakdasht, Iran Mahmoud Mashal Professor, Irrigation & Drainage Engineering, Irrigation & Drainage Engineering Group, College of Abouraihan, University of Tehran, Pakdasht, Iran Journal Article 2013 12 21 According to the low efficiency of irrigation and drainage networks and water distribution in Iran, simulating water flow and sensitivity structures and networks is considered as a new approach to evaluate the performance hydroelectric projects in the country. In this study, because of reduced water supply and distribution, especially in downstream irrigation and drainage networks Varamin to evaluate the sensitivity network in off takes structures. The sensitivity of the survey data by examining Water original data and compared them with the amount of water needed to grow the network. Network simulation and analysis using hydrodynamic model Sobek presented for sensitivity and relationships off take structures is done. Studies and sensitivity analysis for hydraulic structures Varamin irrigation system showed that baffle modules sensitivity are considerable. The study of equations, the sensitivity baffle modules occurred more than the depth upstream and valve patency rate in terminal structures. For optimal operation of the irrigation system in Varamin best way to provide for downstream water depth of each channel. In these conditions, the water supply and wastewater in all modules in the patency rate does not change. According to the low efficiency of irrigation and drainage networks and water distribution in Iran, simulating water flow and sensitivity structures and networks is considered as a new approach to evaluate the performance hydroelectric projects in the country. In this study, because of reduced water supply and distribution, especially in downstream irrigation and drainage networks Varamin to evaluate the sensitivity network in off takes structures. The sensitivity of the survey data by examining Water original data and compared them with the amount of water needed to grow the network. Network simulation and analysis using hydrodynamic model Sobek presented for sensitivity and relationships off take structures is done. Studies and sensitivity analysis for hydraulic structures Varamin irrigation system showed that baffle modules sensitivity are considerable. The study of equations, the sensitivity baffle modules occurred more than the depth upstream and valve patency rate in terminal structures. For optimal operation of the irrigation system in Varamin best way to provide for downstream water depth of each channel. In these conditions, the water supply and wastewater in all modules in the patency rate does not change. https://jwim.ut.ac.ir/article_53038_20d12cdc9e1a7a9472b2284f6cd7dfc2.pdf