cover image: Accelerated ageing of composites : equipment and experimental protocol design and development / [by] Royale S. Underhill, Neil Chambers, DRDC – Atlantic Research Centre.

20.500.12592/j29sqd

Accelerated ageing of composites : equipment and experimental protocol design and development / [by] Royale S. Underhill, Neil Chambers, DRDC – Atlantic Research Centre.

2016

"Composites have the potential to be lightweight, durable, corrosion- and cavitation-free materials. The technology has been incorporated successfully into aircraft and commercial sea vessels. The Cooperative Research Ships (CRS), Composite Propeller Working Group (COMPROP) is investigating the feasibility of using composites for marine propellers. One aspect of the work is to develop an understanding of how composites age when immersed in seawater for extended periods of time. Ageing can be examined with immersion in real-time, but this is not practical for material screening and selection purposes. One can accelerate ageing by elevating the temperature of the samples, using the principle of time-temperature superposition."--Abstract, p. i. "August 2016." Includes bibliographical references. Includes abstract in French. viii, 32, [3] p. : ill.
materials technology

Authors

Underhill, Royale S.Chambers, Neil.

Catalogue Number
D68-2/109-2016E-PDF
Department/Agency
Canada. Defence R&D Canada.
Departmental Catalogue Number
DRDC-RDDC-2016-R109
Published in
Ottawa
Rights
© His Majesty the King in Right of Canada, as represented by the Minister of Defence R&D Canada, 2016.
Series
Scientific report ; 2016-R109
Source
Government of Canada
Subject
Materials technology

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