Contents xxi
Flow through an Orifice .............................................. 6.11
Flow through the Suction Pipe of a Drainage
Pump .................................................................... 6.11
Power of a Flowing Liquid .......................................... 6.12
Discharge over a Sharp-Edged Weir .......................... 6.12
Laminar Flow in a Pipe ............................................... 6.13
Turbulent Flow in Pipe - Application of Darcy-
Weisbach Formula ................................................ 6.14
Determination of Flow in a Pipe .................................. 6.16
Pipe-Size Selection by the Manning Formula ............. 6.16
Loss of Head Caused by Sudden Enlargement of
Pipe ...................................................................... 6.17
Discharge of Looping Pipes ........................................ 6.18
Fluid Flow in Branching Pipes .................................... 6.18
Uniform Flow in Open Channel - Determination of
Slope .................................................................... 6.19
Required Depth of Canal for Specified Fluid Flow
Rate ...................................................................... 6.19
Alternate Stages of Flow; Critical Depth ..................... 6.20
Determination of Hydraulic Jump ............................... 6.22
Rate of Change of Depth in Nonuniform Flow ............ 6.23
Discharge between Communicating Vessels ............. 6.24
Variation in Head on a Weir without Inflow to the
Reservoir .............................................................. 6.25
Variation in Head on a Weir with Inflow to the
Reservoir .............................................................. 6.25
Dimensional Analysis Methods ................................... 6.27
Hydraulic Similarity and Construction of Models ........ 6.29
Part 2. Pump Operating Modes, Affinity Laws, Speed
and Head ................................................................. 6.29
Series Pump Installation Analysis ................................ 6.29
Parallel Pumping Economics ........................................ 6.32