• Overview
• Specifications
• References

Requirements

CEI211s

Description

• English Description
  
  Pipe Flow: Laminar and turbulent flow, Reynolds number, shear stress distribution, velocity distribution, main losses, secondary losses, single pipe, pipe connections (series and parallel), pipe branching, three tank problems. Pipe Networks: Analysis of pipe networks, Hardy Cross method. Water Hammer in Pipes: Unsteady flow equations, rigid water hammer theory, elastic water hammer theory, wave celerity, water hammer effects and control. Hydraulic machines: Introduction, types of pumps, system characteristics, pump characteristics and performance, operation of pumps, pump selection, multiple pump systems, cavitation phenomena. Open Channel Flow: Introduction, types of open channel flow, states of open channel flow, geometric elements of channel sections, velocity distribution in open channels, equations of uniform steady flow in open channels, factors affecting roughness coefficient, design of open channels sections, energy equation in open channels, specific energy, specific discharge, applications of the specific energy, specific force, specific force diagram. Varied Flow: Rapidly varied flow, gradually varied flow, methods of computation of gradually varied flow. Dimensional Analysis and Similitude
• Arabic Description
  
  Pipe Flow: Laminar and turbulent flow, Reynolds number, shear stress distribution, velocity distribution, main losses, secondary losses, single pipe, pipe connections (series and parallel), pipe branching, three tank problems. Pipe Networks: Analysis of pipe networks, Hardy Cross method. Water Hammer in Pipes: Unsteady flow equations, rigid water hammer theory, elastic water hammer theory, wave celerity, water hammer effects and control. Hydraulic machines: Introduction, types of pumps, system characteristics, pump characteristics and performance, operation of pumps, pump selection, multiple pump systems, cavitation phenomena. Open Channel Flow: Introduction, types of open channel flow, states of open channel flow, geometric elements of channel sections, velocity distribution in open channels, equations of uniform steady flow in open channels, factors affecting roughness coefficient, design of open channels sections, energy equation in open channels, specific energy, specific discharge, applications of the specific energy, specific force, specific force diagram. Varied Flow: Rapidly varied flow, gradually varied flow, methods of computation of gradually varied flow. Dimensional Analysis and Similitude