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Simulation based design for high speed sea lift with waterjets by high fidelity urans approach
Tomohiro Takai
University of Iowa
Master of Science (MS), University of Iowa
Summer 2010
DOI: 10.17077/etd.8d0i3358
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Simulation based design for high speed sea lift with waterjets by
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Abstract
Mechanical Engineering
Detailed V&V analysis
Particle Swarm Optimization
Simulation Based Design
URANS CFD
Waterjet propelled ship
Details
Title: Subtitle
Simulation based design for high speed sea lift with waterjets by high fidelity urans approach
Creators
Tomohiro Takai - University of Iowa
Contributors
Frederick Stern (Advisor)
Pablo M. Carrica (Committee Member)
James Buchholz (Committee Member)
Resource Type
Thesis
Degree Awarded
Master of Science (MS), University of Iowa
Degree in
Mechanical Engineering
Date degree season
Summer 2010
Publisher
University of Iowa
DOI
10.17077/etd.8d0i3358
Number of pages
xv, 259 pages
Copyright
Copyright 2010 Tomohiro Takai
Language
English
Description bibliographic
Includes bibliographical references (pages 250-259).
Academic Unit
Mechanical Engineering
Record Identifier
9983776789202771
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Simulation based design for high speed sea lift with waterjets by