Reprint
Marine Propulsors
Edited by
September 2018
354 pages
- ISBN978-3-03897-202-0 (Paperback)
- ISBN978-3-03897-203-7 (PDF)
This book is a reprint of the Special Issue Marine Propulsors that was published in
Engineering
Environmental & Earth Sciences
Summary
This book provides an update on the state of the art of hydrodynamic aspects of marine propellers and turbines, covering predictions using numerical and experimental methods, where the numerical methods comprise both potential flow panel methods, Navier–Stokes solvers and mixed methods. Open and ducted propellers, as well as azimuthing thrusters are represented, as well as operation in steady conditions, waves and off-design conditions.<false,>The book consists of 16 peer-reviewed scientific papers previously published in Journal of Marine Science and Engineering.
Format
- Paperback
License
© 2019 by the authors; CC BY license
Keywords
ducted propeller; panel method; wake model; RANS comparison; propeller cavitation; wake scaling; effective wake; RANS-BEM coupling; CFD; RANS; azimuth propulsor; unsteady loads; ventilation; propeller; force field; mass rate field; RANS; BEM; numerical methods; ducted turbine; computational fluid dynamics; CFD; off-design; propeller radial force; free running experiments; CFD maneuvering simulations; propeller models; scale effects; cavitation; actuator line; near wake; stratified; net-zero momentum; self-propelled; mixed patch; energy budget; axisymmetric; propeller; cavitation; tip vortex; hull pressures; underwater radiated noise; flexible composite propellers; BEM-FEM coupling; RANS-FEM coupling; propeller deformation measurements; hull pressure; pressure fluctuation; diffraction potential; wake alignment scheme; boundary element method; cavitation; marine current turbine; hydrodynamics; boundary element methods; trailing wake models; viscous flow correction; marine propeller; cavitation simulation; DDES; SST k-ω model; turbulence modelling; hydroacoustics; propeller scale effects; propeller open-water efficiency; surface roughness; equivalent profile; strip method; βi-method; flexible (composite) propellers; BEM modelling; fluid–structure interaction; waterjet propulsion; axial-flow pump; unsteady; RANS; uncertainty analysis; tip clearance flow; ducted propeller; panel method; duct wake alignment; full wake alignment; force-free wake; propellers; waterjets; unconventional propulsors (azimuthing, SPP, rim drive, etc.); cavitation; noise and vibration; numerical methods in propulsion; propulsor-ice interaction; propulsor dynamics; propulsion in seaways; propulsion in off-design conditions