By Bancroft W. D.
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Extra info for Adsorption of Ammonia by Proteins
METHOD Data for validation of the Madymo Hybrid III Denton leg model for axial impact caused by an AT mine detonation under a vehicle are taken from TROSS tests performed in Germany . 1 Experimental Data The Test Rig for Occupant Safety Systems (TROSS) developed by IABG is used for the leg model tests. Using this test rig, it is possible to provide repeatable loads caused by detonation of explosive charges beneath a membrane baseplate. There is a known relation between the charge used and real AT mine ordnance, resulting into comparable loads to the human body.
21, 1988, 387-399. Bir, C. C. Viano, Design and injury assessment criteria for blunt ballistic impacts, J Trauma, 57, 2004, 1218-1224. DEVELOPMENT OF AN ASSESSMENT METHODOLOGY FOR LOWER LEG INJURIES RESULTING FROM ANTI-VEHICULAR BLAST LANDMINES J. Manseau1 and M. Keown2 1 Defence R&D Canada – Valcartier, r 2459 Pie-XI Blvd North, Val-Bélair, QC, Canada, G3J 1X5, phone: (418) 844-4000 ext. com. Abstract: Data were generated to assist development of an injury assessment methodology for risk evaluation of lower leg injuries caused by anti-vehicular blast landmines.
To study these parameters, a tibia load cell normally used on a Hybrid III will be installed on the proximal end of the CLL. Tibia force measurement on the CLL will again be compared to PMHS force corridors to increase confidence of its biofidelity under axial impact loading. ACKNOWLEDGEMENTS Marike van der Horst and Piet-Jan Leerdam from TNO Defence, Security and Safety (The Netherlands), and Frank Dosquet from WTD 91 (Germany), for their scientific and technical advice on this project. REFERENCES 1.
Adsorption of Ammonia by Proteins by Bancroft W. D.