Course Name: CE5450 : Applied Hydraulic Engg

Description: Reynolds Transport theorem, Conservation laws mass, momentum and energy. Differential equation for fluid flow Analysis Governing equations, initial and boundary conditions. Pipe flow: Pump pipeline system, appurtenances, minor losses, water distribution network analysis and design. Transients in pipelines causes, simple analysis, transient control using surge tanks, air chambers and control valves. Design for external loads: surface mounted and buried pipelines. Open channel flow: Critical flow and uniform flow concepts, flow in erodible channels. Channel design: Design of erodible and lined channels for clear and sedimentladen flows CBI & P method, Tractive force method, Regime methods. Gradually varied flow: Classification of profiles, computation of profiles standard step and fourth order RungeKutta methods, compound channels, canal delivery problem, channel networks, spatially varied flow. Rapidly varied flow: Hydraulic jump. Surge analysis, design of spillways, energy dissipators, channel transitions. Da

Slot: A

RoomNo: EWRE SH

Instructor: Soumendra Nath Kuiry

Period: JUL-NOV 2013

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