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Advances in Hydrodynamics of Water Pump Station System
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This reprint, entitled "Advances in the Hydrodynamics of Water Pump Station Systems", offers a deep dive into the operational stability and energy conversion potential of water pump stations—crucial infrastructure for water resource management. It compiles peer reviewed research, presenting strategies for system upgrades, insights into hydraulic phenomena, and the exploration of efficiency and stability in pump operations. This collection is a vital resource for academics, engineers, and policymakers seeking to optimize water conveyance systems for a sustainable future.
This book is included in DOAB.
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Keywords
- acceleration
- axial-flow pump
- bottom sill
- cavitation
- centrifugal pump
- clearance leakage vortex
- clocking effect
- computational fluid dynamics
- diversion pier
- double-volute centrifugal pump
- draft tube design
- dual flapping foils
- dynamic stress
- energy loss
- entropy production
- external characteristic parameters
- fatigue life
- field test
- flow pattern evolution
- flow-induced noise
- fluid-structure interaction
- forebay
- fractional-order PID
- Francis turbine
- gas–liquid two-phase flow
- governing system
- helicity
- high-undulation water pipeline
- hydraulic design
- hydrodynamic analysis
- hydrodynamic performance
- hydrofoil
- improved gravitational search algorithm
- internal flow characteristics
- internal flow field characteristics
- large flow
- laser Doppler velocimetry
- modal analysis
- model Kaplan turbine
- n/a
- Numerical Simulation
- OpenFOAM
- operation path
- physical model experiment
- power-off transition process
- pressure fluctuation
- pressure pulsation
- prototype Kaplan turbine
- pump
- pump as turbine
- pump station
- pump turbine
- pump turbine with splitter blades
- pumped storage unit
- pumps as turbines (PAT)
- random distribution of bubbles
- rectification facilities
- right-angle elbow
- rotor system
- rotor–stator interaction
- SAS
- shroud clearance flow
- single pier
- sound power level
- stability characteristics
- startup combinations
- static stress
- structural strength
- swirling flow
- test verification
- variable rotational nominal speed
- variable speed centrifugal pump
- variable speed operation range
- variational mode decomposition
- vortex rope
- wake
- water filling process
- water–air two-phase flow
- wide head variation
Links
DOI: 10.3390/books978-3-7258-1649-1Editions