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Course Outline

1) Common liquid properties

2) Hydrostatic pressure and forces

3) Fluid’s flow equations:

4) Volume flow rate

5) Mass flow rate

6) Weight Flow rate

7) Continuity equation

8) Energy Equation

9) Momentum equation

10) Flow in closed Conduits

11) Resistance formula: Hagen-Poiseuille equation, Darcy-Weisbach formula, Colebrook –White

12) Minor losses in pipes

13) Losses due to friction

14) Pipe connecting two reservoirs

15) Reservoir problems

16) Pipe in series

17) Parallel pipes

18) Pipe Networks

19) Water Hammer

20) Open channel

21) Uniform flow

22) Flow resistance formula

23) Efficient section

24) Specific Energy

25) Rapidly Varied Flow (Hydraulic Jump)

26) Gradually Varied Flow

27) Flow measurements

28) Orifice

29) Venturi meter

30) Weirs