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Home Hull Shape Optimization for Wave Resistance Using Panel Method

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Hull Shape Optimization for Wave Resistance Using Panel Method

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Contact Information	Please send any questions regarding this item to libref@uno.edu
Title	Hull Shape Optimization for Wave Resistance Using Panel Method
Author	Karri, Krishna M.
Document Type	Master's Thesis
Keywords	Resistance, Panel Method, Lackenby Transformation, Optimization, Longitudinal Center of Buoyancy
Abstract	A ship must be designed for efficiency and economy, thus there is an everlasting desire for the design of better and better ships. One of the important factors which directly influence the worthiness of a design is its resistance. Throughout decades of ship design, the resistance is given top most importance as a design objective. With the increase in computational speeds of both software and hardware, there has been an opportunity for optimizing ship hulls using iterative methods of design and modification. A method for calculating resistance for a given hull geometry and to optimize it using optimization algorithms are required for achieving better hulls. The resistance is calculated using a panel method for a given hull and the hull geometry is later changed by applying Lackenby's method of longitudinal shift of stations. An optimization algorithm extracts the best possible design out of the numerous design alternatives possible.
Access	Unrestricted
Degree	M.S.
Degree Program	Engineering
Department	Dept. of Naval Architecture and Marine Engineering
Major Professor	Birk, Lothar
Advisory Committee	Vorus, William S.; Taravella, Brandon
Date Degree Awarded	2010-05-14
Format	PDF
URL	See 'reference url' on top or bottom navigation bars.
Rights	The University of New Orleans and its agents retain the non-exclusive license to archive and make accessible this dissertation or thesis in whole or in part in all forms of media, now or hereafter known. The author retains all other ownership rights to the copyright of the thesis or dissertation.
Catalog Date	2010-05-21
Object File Name	2010_MS_Karri_Krishna
Viewer Information	Adobe Reader required for viewing (http://www.adobe.com/products/acrobat/readermain.html)
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