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NIA SSEPD 0004 Ultrapole

Key Activities

The aim of this project is to leverage recent Acuity advances in ultrasonic analysis to tackle the problem of scanning whole wooden electricity poles, by exploiting the acoustic propagation properties exhibited by a material like pine wood. These properties mean that, in theory, long pole lengths can be scanned very rapidly for the presence of ‘acoustic anomalies’ such as the presence of rot in the pole.

Expected Outcomes

The project aims to successfully demonstrate the ability of the underlying physics and build a prototype that is able to detect a change in wood condition.

Funding

£45,000

Start/End Date

April 2015 – January 2016

Project Manager

Colin Mathieson

Additional Resource

NIA SSEPD 0004 : Ultrapole : ENA Smarter Networks Portal

NIA Project Registration and PEA Document – NIA SSEPD 0004 Ultrapole
NIA Project Registration and PEA Document – NIA SSEPD 0004 Ultrapole
AuthorColin Mathieson
Publication dateApril 2015
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Stage 2 Prototype Study Report – NIA SSEPD 0004 Ultrapole
Stage 2 Prototype Study Report – NIA SSEPD 0004 Ultrapole
Publication dateJuly 2016
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NIA Project Closedown Report – NIA SSEPD 0004 Ultrapole
NIA Project Closedown Report – NIA SSEPD 0004 Ultrapole
AuthorColin Mathieson
Publication dateJuly 2016
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