Modelling the wash from a ship's propeller

Modelling the wash from a ship's propeller

Bibliographic Details
Main Author:	Brewster, Paul Michael
Published:	Queen's University Belfast 1997
Subjects:	623.8 Computational fluid dynamics
Online Access:	http://ethos.bl.uk/OrderDetails.do?uin=uk.bl.ethos.247363

Similar Items

Application of CFD to marine propellers and propeller-hull interactions
by: Chang, Bong Jun
Published: (1998)

Time-averaged and real-time velocity characteristics of the screw wash of a manoevering ship
by: Kee, Charmaine
Published: (2007)

The effect of cavitation on propeller ice interaction
by: Sampson, Rod
Published: (2009)

Simulations of a self propelled autonomous underwater vehicle
by: Phillips, Alexander Brian
Published: (2010)

A risk-based design approach to ship - ship collision
by: Mermiris, Georgios Apostolou
Published: (2010)

Stress intensity factors for ship details
by: Roy, Michael Robert
Published: (2009)

Probabilistic modelling of the process of evacuation for ship crises management
by: Hifi, Yasmine
Published: (2017)

Synthesis in ship design
by: Andrews, David John
Published: (1984)

Ship steelwork manufacture
by: Southern, G.
Published: (1978)

The development of an apparatus for the routine measurement of the viscous resistance of ship models
by: Wynne, J. B.
Published: (1981)

Assessment of ship cargo liquefaction
by: Ju, Lei
Published: (2017)

The strength of ship structural elements
by: Mowatt, G. A.
Published: (1974)

Stress Distributions in Ships Superstructures
by: Ward, G.
Published: (1967)

The Optimal Design of Ship Structures
by: Chowdhury, M.
Published: (1977)

Ship collision and grounding performances
by: Abu Bakar, Anuar Bin
Published: (2015)

Application of 3D-CFD modelling for dynamic behaviour of ship in waves
by: Lakshmynarayanana, P. Arun
Published: (2017)

Development of human response models and human oriented criteria for noise on board ships
by: Kurt, Rafet Emek
Published: (2014)

The control of ship motions using the rudder
by: Cowley, William Edward
Published: (1973)

Factors Affecting the Components of Ship Resistance
by: Ferguson, A. M.
Published: (1976)

Developments in Functional Analysis of Ship Dynamics
by: Wright, J. H. G.
Published: (1976)

An investigation of the influence of rogue waves on a travelling ship
by: Denchfield, Sally
Published: (2011)

A hybrid approach to flooding and damaged ship dynamics
by: Gao, Zhiliang
Published: (2012)

Application of inclined keel to large commercial ships
by: Seo, Kwang Cheol
Published: (2010)

Design for fire safety onboard passenger ships
by: Azzi, Camille
Published: (2010)

Automatic simulation of ship navigation in confined waterways
by: Xue, Yanzhou
Published: (2010)

Safe operational limits for helicopters aboard ships
by: Gray, Anthony James
Published: (2002)

Pressures in tanks due to cargo-sloshing in ships
by: Morris, W. D. M.
Published: (1977)

Time domain simulation of ship motions in waves
by: Ballard, Edward John
Published: (2002)

Simulation of progressive flooding of damaged ships by CFD
by: Strasser, Clemens
Published: (2010)

Uncertainty quantification in assessment of damage ship survivability
by: Chen, Qi
Published: (2012)

Application of smart materials for vibration reduction in ships
by: Turkmen, Serkan
Published: (2013)

The Analysis of Ship Vibration by the Finite Element Method
by: Murray, M. A.
Published: (1974)

The strength of ship structures : studies in reliability analysis
by: Vieira, C. L. B.
Published: (1979)

Wave excited resonant vibration of large ships
by: Achtarides, T. A.
Published: (1979)

Operational practices to improve ship energy efficiency
by: Banks, Charlotte
Published: (2015)

Low cycle fatigue of FPSO ship structure
by: Megharbi, Ahmed
Published: (2015)

A data mining framework for risk-based ship design
by: Cai, Wenkui
Published: (2011)

A risk based framework for the analysis of intact and damaged ships
by: Kelangath, Subin K.
Published: (2011)

Designing Against Fatigue in Ship Structures: A Theoretical Study
by: El Gammal, M. M.
Published: (1975)

The application of the finite element techniques to the transverse strength of ships
by: Al-Sani, M. A.
Published: (1980)