Higher Technical School of Agricultural Engineering UPCT Hydraulics

Transcripción

1 Higher Technical School of Agricultural Engineering UPCT Hydraulics Qualification: Degree in Agri-food Engineering and Biological Systems Course 2015/2016

2 1. Subject Information Name Hydraulic Matter* Hydraulics Module* Common to the agricultural branch Code Degree Degree in Agri-food Engineering and Biological Systems Study plan 2014 Plan (GIASB) Centre Higher Technical School of Agricultural Engineering (ETSIA) Type Compulsory Teaching period Four-month period Language Spanish Four-month period 2nd Course 2nd ECTS 6 Hours / ECTS 30 Total workload (hours) 180 * All terms marked with an asterisk are defined in References for teaching at the UPCT and Glossary of terms: / bitstream / 10317/3330/1 / isbn pdf

3 2. Teacher data Lecturer in charge Victoriano Martínez Alvarez Department Engineering of Food and Agricultural Equipment Knowledge area Location of the office Phone Agroforestry Engineering Office 2.5. Second floor of the ETSIA Fax URL / WEB timetable available / Tutorials Location during the tutorials Tuesday: 16:00 to 19:00. Wednesday: 9:00 to 12:00 Office 2.5. Second floor of the ETSIA Teaching and research profile Hydraulic Engineering and Hydrology; management of Water in Agriculture; Watering and Irrigation; Rural infrastructure. Teaching experience 3 quinquenniums (last ) Research Lines Professional experience Other topics of interest University management Evaporation from water bodies and mitigation techniques; Irrigation management and adaptation to water scarcity; Rural infrastructure for irrigation. 30 degree final projects and 25 final master work directed

4 Lecturer in charge Mariano Soto García Department Engineering of Food and Agricultural Equipment Knowledge area Location of the office Agroforestry Engineering Office Second floor of the ETSIA Phone Fax URL / WEB timetable available / Tutorials Location during the tutorials Tuesday: 17:30-19:00 Thursday: 16:00-17: 30 Dispatch Second floor of ETSIA building Teaching and research profile Hydraulic Engineering and Hydrology; management of Water in Agriculture; Watering and Irrigation. Teaching experience 10 years associate professor in the UPCT Research Lines Professional experience Irrigation management and adaptation to water scarcity; Irrigation modernization; Energy optimization of irrigation. 15 years as Technical Director of Irrigation Communities Other topics of interest Blogs about planning and management of water resources

5 3. Contents 3.1 Contents according to the study plan of the subject Hydraulic: general, Hydrostatic, kinematics, hydrodynamics, losses. Penstocks: pipes, forced analysis and design of systems. Pumping units. Hydraulic transients. Free flow. 3.2 English program theory (Teaching units and topics) DU I: Introduction 1. Introduction. 2. Magnitudes, dimensions and physical units in hydraulics. 3. Properties of liquids. DU II: Hydrostatics basis 4. Hydrostatic pressure. 5. Hydrostatic force on submerged surfaces. DU III: Fluid motion basis 6. Kinematics of fluids. Flow types. 7. Continuity equation. Flow discharge. 8. Foundational equations of hydrodynamics. 9. Liquids steady flow. 10. Conservation of energy equation. Head loss. 11. Conservation of linear momentum equation. 12. Hydraulic power in flows and pumps. DU IV: Flow in pipelines 13. Pressure and flow measurements in hydraulics. 14. Pipelines: types, properties and use. 15. Uniform and steady flow in pipelines. 16. Continuous head losses. 17. Singular head losses. DU V: Pipeline systems 18. Characteristics Analysis of more pipeline systems. 19. Branching pipelines systems. 20. Discrete flow pipelines serving. DU VI: Hydraulic pumps 21. Setting-up and Functioning. 22. Properties of radial-flow pumps. 23. Net positive suction head and cavitation. 24. Pumping hydraulic systems.

6 DU VII: Water Hammer in unsteady flow 25. Analysis of water hammer phenomenon. 26. Water hammer calculation in hydraulic systems. 27. Mitigating Measures. DU VIII: Open-channel flow 28. Uniform and steady open-channel flow. 29. Specific energy and critical flow. 30. Hydraulic jump.

7 4. Bibliography and resources 4.1 Basic Bibliography* Arviza Valverde, J., Balbastre Peralta, I., González Altozano, P Ingeniería Rural: Hidráulica. Universidad Politécnica de Valencia López Andrés, L Manual de Hidráulica. Publicaciones de la Universidad de Alicante Torres Sotelo, J.E Hidráulica. Universidad Politécnica de Valencia 4.2 Complementary bibliography* Cabrera, E., Espert, V., García-Serra, J., Martinez, F Ingeniería Hidráulica Aplicada los Sistemas de Distribución de Agua. Universidad Politécnica de Valencia. Agüera, J Mecánica de fluidos incompresibles y turbomáquinas hidráulicas. Editorial Ciencias 3 S.A. Madrid. Agüera, J Mecánica de fluidos incompresibles y turbomáquinas hidráulicas. Problemas resueltos. Editorial Ciencias 3 S.A. Madrid. De Paco, J.L Fundamentos del cálculo hidráulico de los sistemas de riego y drenaje. IRYDA y Mundi-Prensa. Madrid. Losada, A El Riego. Fundamentos hidráulicos". 3ª Edición. Ed. Mundi-Prensa. Madrid. Martínez, M.A Hidráulica aplicada a proyectos de riego. Universidad de Murcia. 4.3 Network resources and other resources Distribution of practice documentation through the virtual classroom