Please use this identifier to cite or link to this item: http://hdl.handle.net/2440/98969
Type: Report
Title: Impact characteristics of the New Zealand Fisheries sea lion exclusion device stainless steel grid: final research report for Ministry of Fisheries
Author: Ponte, G.
van den berg, A.
Anderson, R.
Publisher: Centre for Automotive Safety Research
Issue Date: 2010
Assignee: Ministry of Fisheries, New Zealand
Statement of
Responsibility: 
G Ponte, A van den Berg, RWG Anderson
Abstract: This report documents the instrumentation, test methods, results and analysis used to assess the likelihood of brain injury to a sea lion as a result of a head impact with a sea lion exclusion device (SLED) stainless steel grid. The testing used a validated method for measuring head impact injury in human pedestrians and was then subsequently scaled and extrapolated with consideration of the head and brain mass of the New Zealand sea lion. The results of the tests are used as the basis of a graphical method for determining a range of the likelihood of a brain injury, based on swim speed and effective sea lion head mass, for particular impact locations. The results indicate that an impact with the grid may induce some sort of brain injury in sea lions; the risk of life-threatening brain injury to a female sea lion in a 10 m/s collision with the SLED grid at the stiffest location tested may be higher than 85%. Although some assumptions were made to arrive at the results, this report provides base-line results for the impact characteristics for the current grid design. This will allow a baseline for the assessment of future grid modifications.
Keywords: Sea Lion Exclusion Device; Impact Testing; Head Injury
Rights: © The University of Adelaide 2010
RMID: 0030047861
Appears in Collections:Centre for Automotive Safety Research reports

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