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You are here: Home / Research / Publications / Mechanics of Materials / Design and Analysis of Hybrid Tubular Joints

Design and Analysis of Hybrid Tubular Joints

Summary

Project Title:
Design and Analysis of Hybrid Tubular Joints

 

Prinicipal Investigators:
John Whitcomb and Robert Randall

 

Sponsor:
National Science Foundation

 

Completion Date:
July, 1994

 

Final Report:
A60 (Click to view final report abstract)

The objective of this study is to design and analyze a riser coupling that may be cost effectively manufactured using current technology. All source of structural loading should be considered and either discounted or included in the model. A design and analysis method is established to yield accurate results. These tools are then used to develop an understanding of potential riser end-coupling designs. An optimized riser design for a given set of material properties and loading conditions is attempted.

Related Publications: Stepanian, C. and Whitcomb, J.D., “Optimal Design of Adhesively Bonded Joints for Composite Risers,” Civil Engineering in the Oceans V, November 1992.

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