MACCHINE IDRAULICHE DADONE PDF

Hydrological time series analysis, stochastic models. Hydrosystems and water resources management: graphical methods for the management of a single reservoir, simulation and optimization techniques for complex hydrosystems, linear programming, dynamic programming. Reference texts 1. MAYS, Y. Educational objectives The course examines advanced simulation and optimization techniques for complex hydrosystems and describes the main hydrological variables and methods for hydrosystems and water resources management. Other information See main course Learning verification modality See main course Extended program The course deals with the simulation and optimization techniques for complex hydrosystems and describes the main hydrological variables and methods for hydrosystems and water resources management.

Author:Mazurn Shagis
Country:Bahamas
Language:English (Spanish)
Genre:Finance
Published (Last):4 August 2015
Pages:181
PDF File Size:4.52 Mb
ePub File Size:15.67 Mb
ISBN:359-7-52190-650-5
Downloads:30935
Price:Free* [*Free Regsitration Required]
Uploader:Zolorr



Hydrological time series analysis, stochastic models. Hydrosystems and water resources management: graphical methods for the management of a single reservoir, simulation and optimization techniques for complex hydrosystems, linear programming, dynamic programming. Reference texts 1. MAYS, Y. Educational objectives The course examines advanced simulation and optimization techniques for complex hydrosystems and describes the main hydrological variables and methods for hydrosystems and water resources management.

Other information See main course Learning verification modality See main course Extended program The course deals with the simulation and optimization techniques for complex hydrosystems and describes the main hydrological variables and methods for hydrosystems and water resources management.

The course is organized in different units as follows: Free water surfaces: evaporation by mass balance method, energy balance, mass transfer method, combined method. Hydraulic machinery. Optimal design of branched and looped systems. I e II, Patron, Bologna, ; 5. Other information See main course Learning verification modality See main course Extended program The course deals with hydroelectric power and hydraulic machinery, irrigation methods and structures and drainage systems.

All these elements are directed to the design of hydraulic infrastructures The course is organized in different units as follows: Hydroelectric power: thermal versus water power, systems and load, project arrangement, electrical equipment.

Hydraulic machinery: turbines, centrifugal and axial pumps. Irrigation: water requirements, soil water relationships, water quality, irrigation methods, irrigation structures. Drainage: estimate of flow, land drainage. Details Last update. Share Share. Table of content Table of content. Pages Pages. Il Portale utilizza cookie tecnici per migliorare l'esperienza di navigazione, senza tracciare alcun dato personale.

Vengono utilizzati poi dei cookie tecnici di terze parti per la raccolta, in forma anonima, di dati statistici sull'uso del Portale. Inoltre, in alcune pagine possono essere inclusi contenuti di terze parti video YouTube, mappe e calendari Google, pagine Facebook e Twitter che raccolgono cookie di profilazione.

Selezionando 'Nego' i suddetti cookie non verranno utilizzati e i contenuti di terze parti non verranno mostrati. For more information read our privacy policy Accept Deny. Go top Table of content Table of content. Civil engineering. Free water surfaces: evaporation by mass balance method, energy balance, mass transfer method, combined method. The course examines advanced simulation and optimization techniques for complex hydrosystems and describes the main hydrological variables and methods for hydrosystems and water resources management.

The course deals with the simulation and optimization techniques for complex hydrosystems and describes the main hydrological variables and methods for hydrosystems and water resources management.

The course is organized in different units: Hydroelectric power. The course examines hydroelectric power and hydraulic machinery, irrigation methods and structures and drainage systems, design of hydroelectric machinery and of irrigation methods. The course deals with hydroelectric power and hydraulic machinery, irrigation methods and structures and drainage systems.

BDA UNAUTHORISED LAYOUT PDF

Wind Turbine

The course's aim is to provide the knowledge of the most important thermodynamic and hydraulic machines. Every machine is described by means of drawings and its behaviour is theoretically analysed. Particular care is paid to the choice of the machinery in order to optimize the plant efficiency. At the end of the course the student must: Be able to make a sketch showing the machine peculiarities Critically analyze a machine and compute its performances both under and off-design working conditions Be able to use the machine characteristic map Be able to choose the right machinery in order to match the plant requirements.

ELU TGS 171 PDF

Università degli Studi di Perugia

.

Related Articles