Reprint
Advances in Hydrodynamics of Water Pump Station System
Edited by
July 2024
336 pages
- ISBN978-3-7258-1650-7 (Hardback)
- ISBN978-3-7258-1649-1 (PDF)
https://doi.org/10.3390/books978-3-7258-1649-1 (registering)
Print copies available soon
This book is a reprint of the Special Issue Advances in Hydrodynamics of Water Pump Station System that was published in
Biology & Life Sciences
Chemistry & Materials Science
Engineering
Environmental & Earth Sciences
Public Health & Healthcare
Summary
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.
Format
- Hardback
License and Copyright
© 2024 by the authors; CC BY-NC-ND license
Keywords
pressure fluctuation; SAS; clocking effect; hydrofoil; wake; pumps as turbines (PAT); computational fluid dynamics; variable rotational nominal speed; OpenFOAM; right-angle elbow; water filling process; water–air two-phase flow; numerical simulation; physical model experiment; energy loss; pump turbine with splitter blades; entropy production; laser doppler velocimetry; helicity; axial-flow pump; rotor system; structural strength; fatigue life; pump as turbine; fluid-structure interaction; dual flapping foils; hydrodynamic performance; numerical simulation; test verification; pump turbine; field test; pressure fluctuation; acceleration; stability characteristics; rotor–stator interaction; Francis turbine; flow-induced noise; swirling flow; computational fluid dynamics; sound power level; high-undulation water pipeline; gas–liquid two-phase flow; random distribution of bubbles; flow pattern evolution; pressure pulsation; forebay; numerical simulation; rectification facilities; bottom sill; diversion pier; pumped storage unit; governing system; fractional-order PID; improved gravitational search algorithm; prototype Kaplan turbine; model Kaplan turbine; shroud clearance flow; cavitation; clearance leakage vortex; Francis turbine; pressure pulsation; draft tube design; hydrodynamic analysis; variational mode decomposition; pump; modal analysis; static stress; dynamic stress; numerical simulation; fluid-structure interaction; pump turbine; single pier; vortex rope; pressure fluctuation; numerical simulation; variable speed centrifugal pump; large flow; wide head variation; hydraulic design; variable speed operation range; operation path; pump station; centrifugal pump; internal flow characteristics; startup combinations; n/a; double-volute centrifugal pump; power-off transition process; internal flow field characteristics; external characteristic parameters