Dynamic analysis of composite marine structures using full-field measurement techniques
Dynamic analysis of composite marine structures using full-field measurement techniques
Composite materials are increasingly used in structural applications within the marine industry. Due to the geometric complexity of marine structures, there is a practical requirement that they are assembled by joining smaller component pieces using either mechanical fasteners or adhesive bonding. in this paper Digital image Correlation (DiC) is used to provide full-field analysis of the complex strain fields generated within an adhesively bonded composite single lap joint. Tests are undertaken quasi-statically and at high rate, demonstrating a significant change in the assembly response between laboratory testing conditions and dynamic loading events typical of the marine environment. The work demonstrates the potential of applying full-field experimental technique to provide detailed analysis of complex structural problems, typical of large marine structures.
23-35
Crammond, G.
4c7d51b8-5431-479c-b10d-84eddaab2a1f
Boyd, S.W.
bcbdefe0-5acf-4d6a-8a16-f4abf7c78b10
Dulieu-Barton, J.M.
9e35bebb-2185-4d16-a1bc-bb8f20e06632
January 2014
Crammond, G.
4c7d51b8-5431-479c-b10d-84eddaab2a1f
Boyd, S.W.
bcbdefe0-5acf-4d6a-8a16-f4abf7c78b10
Dulieu-Barton, J.M.
9e35bebb-2185-4d16-a1bc-bb8f20e06632
Crammond, G., Boyd, S.W. and Dulieu-Barton, J.M.
(2014)
Dynamic analysis of composite marine structures using full-field measurement techniques.
Journal of Marine Engineering and Technology, 13 (1), .
(doi:10.1080/20464177.2014.1102029).
Abstract
Composite materials are increasingly used in structural applications within the marine industry. Due to the geometric complexity of marine structures, there is a practical requirement that they are assembled by joining smaller component pieces using either mechanical fasteners or adhesive bonding. in this paper Digital image Correlation (DiC) is used to provide full-field analysis of the complex strain fields generated within an adhesively bonded composite single lap joint. Tests are undertaken quasi-statically and at high rate, demonstrating a significant change in the assembly response between laboratory testing conditions and dynamic loading events typical of the marine environment. The work demonstrates the potential of applying full-field experimental technique to provide detailed analysis of complex structural problems, typical of large marine structures.
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Crammond et al 2014.pdf
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Published date: January 2014
Organisations:
Engineering Mats & Surface Engineerg Gp
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Local EPrints ID: 378345
URI: http://eprints.soton.ac.uk/id/eprint/378345
ISSN: 1476-1548
PURE UUID: 230db9cf-2c9a-44d4-989b-817018cc9323
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Date deposited: 01 Jul 2015 16:03
Last modified: 14 Mar 2024 20:21
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G. Crammond
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