Bibliographic citations
Malca, J., Quiroz, R. (2016). Eficiencia de un sistema de suministro de agua por impulsión utilizando bombas de ariete hidráulico con válvulas en serie y en paralelo [Tesis, Universidad Privada del Norte]. https://hdl.handle.net/11537/10256
Malca, J., Quiroz, R. Eficiencia de un sistema de suministro de agua por impulsión utilizando bombas de ariete hidráulico con válvulas en serie y en paralelo [Tesis]. PE: Universidad Privada del Norte; 2016. https://hdl.handle.net/11537/10256
@misc{renati/512387,
title = "Eficiencia de un sistema de suministro de agua por impulsión utilizando bombas de ariete hidráulico con válvulas en serie y en paralelo",
author = "Quiroz Gamboa, Raider Aristedes",
publisher = "Universidad Privada del Norte",
year = "2016"
}
ABSTRACT This thesis determined experimentally, through laboratory testing, the efficiency of an impulsion water supply system using a hydraulic ram pump with two valves working in series, for a first scenario, and with two valves working in parallel for a second scenario. Obtaining results that allowed us to make a comparative evaluation between these two hydraulic systems. For carrying out the tests, two banks of samples were built. The first one consisting of a hydraulic system working with valves in series and the second one working with valves in parallel, both corresponding to a hydraulic ram pump of two inches in diameter, with the majority of its accessories composed of galvanized iron. The two Banks were tested in the hydraulics laboratory of the Universidad Privada del Norte- Cajamarca, where all the research data was collected; however, afterwards they were taken to the field, precisely, to the viaduct located in the city of Baños del Inca - Cajamarca - Cajamarca, the optimum performance of both hydraulic systems was corroborated. In laboratory 09 tests for each hydraulic system were performed, in which a constant supply height remained and three heights of deliveries were defined, for three types of flow rates. Afterwards, nine flow delivery rates were determined by the volumetric method and finally with this parameter the efficiency of each hydraulic system was determined. For data reliability, the split halves method was used, resulting in a high range within 90% to 100%, for the data efficiency of the hydraulic systems. Upon completion of data collection in the laboratory we proceeded to the collection and analysis of results, concluding that the system of water supply drive using a hydraulic ram pump with two valves working in series, is more efficient than the hydraulic working with two valves in parallel, by 112% from their peak efficiencies obtained.
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