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Verification of IRRILAB Software Application for the Hydraulic Design of a Micro-Irrigation System by Using IRRIPRO for an Apple Farm in Sicily

2021

In recent years, many studies have been performed to develop simple and accurate methods to design micro-irrigation systems. However, most of these studies are based on numerical solutions that require a high number of iterations and attempts, without ensuring to maximize water use efficiency and energy-saving. Recently, the IRRILAB software, which is based on an analytical approach to optimally design rectangular micro-irrigation units, has been developed, providing the solution corresponding to the maximum energy-saving condition, for any slope of the laterals and of the manifold. One IRRILAB limitation is that, according to its theoretical basis, the rectangular planform geometry and uni…

lcsh:Hydraulic engineeringGeography Planning and Development0207 environmental engineering02 engineering and technologyDrip irrigationAquatic ScienceBiochemistrylaw.inventionSoftwarelcsh:Water supply for domestic and industrial purposeslawlcsh:TC1-978Range (statistics)Settore AGR/08 - Idraulica Agraria E Sistemazioni Idraulico-Forestalienergy-savingenergy‐saving020701 environmental engineeringWater Science and TechnologySubdivisionMathematicscommon emitterlcsh:TD201-500business.industrymicro-irrigation systems04 agricultural and veterinary sciencesEnergy consumptionDurabilityReliability engineeringIRRILAB softwaremicro‐irrigation system040103 agronomy & agriculture0401 agriculture forestry and fisheriescommon emittersbusinessself-compensating emitterManifold (fluid mechanics)IRRIPRO softwareEnergy (signal processing)Water
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