Hydrology cycle: Rainfall measurements, Average rainfall depth, consistency check and adjusting of station ,records, estimation of missing data, computations of evapotranspiration and infiltration values .Hydrology of Nile basin ; climatic conditions characterizing Nile basin, Nile water resources, major projects constructed on the river Nile, the suggested storage projects . Steam flow measurements: stage, velocity and discharge measurements, stage – discharge relationship, Hydrograph analysis; unit hydrograph and its derivation. Flood routing: Routing in a reservoir, routing in a channel reach. Storage operations: annual storage, long- term storage. Ground water Hydrology: occurrence and movement of ground water, abstraction of grand water, water wells, and ground water in Egypt. This course is taught in Second Year, First Term
Properties of liquids – static liquids – pressure intensity at point – Euler equations – pressure on submerged surface – equilibrium of floating bodies – relative statics for liquids – continuity equation – energy equation – momentum equation – discharge measurements – orifices and weirs – kinematics of liquids – flow of liquids under pressure in pipes – connecting pipes in parallel and or series – unsteady flow in tanks – pipe net works – water hammer in pipes. This course is taught in Year,
Planning of irrigation and drainage networks – water requirements for irrigation – control and management of irrigation water distribution – preliminary design of irrigation systems: surface irrigation, sprinkler irrigation ( semi – stationary and pivot ) and drip irrigation – design of drainage networks – environmental and economical aspects This course is taught in Year,
Pipe lines and pumps: Economic Design of pipe line and pump curves – discharge control – connecting pumps in parallel and serves – pump choice – Hydraulics of open channel flow – classification of flow – equations of continuity, energy and momentum – flow resistance equations for uniform steady flow – velocity distribution in laminar and turbulent flow – shear stress distribution and critical shear stress – design of open channel cross – sections – hydraulics of channel bed variation – hydraulics jump – gradually varied flow – hydraulic models : dimensional analysis – Buckingham theorem – similarity : Geometric, kinematics, dynamics – modeling of pipes and open channel – distorted models . This course is taught in Year,
Design of water crossing structures: Culverts – syphons – aqueducts, Components and elements – Hydraulic and structural design -structural design of retaining walls for inlet and exit wing walls. Seepage under water retaining structures: (Theory of seepage through pours media – flow net – uplift pressures – design of floors – piping and heaving a long D.S bed – tail erosion . Design of weirs and escapes: Components and elements – Hydraulics design – structural design. Design of developed irrigation structures: Components and elements – Hydraulic analysis – structural design This course is taught in Year,
Regulators and Barrages: Types and components – Hydraulic design – design of the bridge on the regulator – design of gates and gate lifting devices – design of piers, floors wing walls. Navigation locks: Types and components – dimensions of lock chamber – filling and emptying – design of side culverts – structural design of land walls, floors and miter gates. Dams: Types of dams – structural analysis of concrete dams – design of earth fill and rock – fill dams – spillways for dams. Pump station: Components – types – design of the station. This course is taught in Year,
Under the supervision of staff members, the student selects the graduation project from the announced branches. This course is taught in Year,
This course is taught in Year,
This course is taught in Year,
This course is taught in Year,
This course is taught in Year,
This course is taught in Year,
Hydrology
Hydraulics -1
Irrigation and Drainage Engineering
Hydraulics -2
Design of Irrigation Structures -1
Design Of Irrigation Structures-2
Project
CE 324
CE 325
CE 334
CE 335
CE 337
UNDERGRADUATE COURSE DISTRIBUTION
