Activities of SR-1452

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Feasibility, Conceptual Design and Optimization of a Large Composite Hybrid Hull


Objective:


To design a 3-D space frame made of steel to resist the global (primary) load and a composite material to act as a watertight barrier and resist local pressure (secondary and tertiary loads).


Statement of Work

Statement of Work


Kick-off Meeting

Kick-off Meeting

Interim Reporting

First Quarterly Progress Report

Second Quarterly Progress Report

Third Quarterly Progress Report

Final Reporting

Draft Final Report


Papers/Publications Associated with Project

Hybrid Ship Material Selection



PTC Members

Name Affiliation
Loc Nguyen NSWCCD
Yoo Sang CHOO National University of Singapore
Matthew Collette SAIC - Science Applications
Roger Ghanem University of Southern California
Ray Kramer Raytheon
Gangadhara Prusty The University of New South Wales
Harold Reemsnyder Consulting Engineer
Pradeep Sensharma BMT Designers and Planners
Paul Frieze Paul A. Frieze Associates
Vince Caccese University of Maine
John Sullivan Northrup Grumman
Colin Moore Herbert Engineering
Nat Kobitz CTC
Paul Hess Office of Naval Research
Robert Curry American Bureau of Shipping
Stephen Liu Colorado School of Mines

Activity Log

Last revised: February 13, 2008 (Post SOW and Deliverables, Revision)

Previous revisions:November 13, 2007 (Page Created & Upload Attachments)

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