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Side Impact Assessment and Comparison of Appropriate Size and Age Equivalent Porcine Surrogates to Scaled Human Side Impact Response Biofidelity Corridors
Technical Paper
2018-22-0009
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English
Abstract
Analysis and validation of current scaling relationships and existing response corridors using animal surrogate test data is valuable, and may lead to the development of new or improved scaling relationships. For this reason, lateral pendulum impact testing of appropriate size cadaveric porcine surrogates of human 3-year-old, 6-year-old, 10-year-old, and 50th percentile male age equivalence, were performed at the thorax and abdomen body regions to compare swine test data to already established human lateral impact response corridors scaled from the 50th percentile human adult male to the pediatric level to establish viability of current scaling laws. Appropriate Porcine Surrogate Equivalents PSE for the human 3-year-old, 6-year-old, 10-year-old, and 50th percentile male, based on whole body mass, were established. A series of lateral impact thorax and abdomen pendulum testing was performed based on previously established scaled lateral impact assessment test protocols. The PSE thorax and abdominal impact response data were assessed against previously established scaled human thorax lateral impact response corridors and scaled abdominal oblique impact response corridors for the 3-year-old, 6-year-old, 10-year-old, and 50th percentile human male based on lateral pendulum impact testing. The overall findings of the current study confirm that lateral impact force response of the thorax and abdomen of appropriate weight porcine surrogates established for human-equivalent-age 3-year-old, 6-year-old, 10-year-old, and 50th adult male are consistent with the previously established human scaled lateral impact response corridors). Porcine surrogate biomechanics testing can prove to be a powerful research means to further characterize and understand injury and response in lateral impact.
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Citation
Yaek, J., Andrecovich, C., Cavanaugh, J., and Rouhana, S., "Side Impact Assessment and Comparison of Appropriate Size and Age Equivalent Porcine Surrogates to Scaled Human Side Impact Response Biofidelity Corridors," SAE Technical Paper 2018-22-0009, 2018, https://doi.org/10.4271/2018-22-0009.Data Sets - Support Documents
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References
- Donnelly , B.R. , Moorhouse , K. 2012
- Eppinger , R. 1976 Prediction of thoracic injury using measureable experimental parameters Proc. 6th International ESV Conference Washington, DC. NHTSA 770 779
- Foster , J.K. , Kortge , J.O. , Wolanin , M.J. 1977 Hybrid III – A biomechanically based crash test dummy Society of Automotive Engineers 770938
- Gogler , E. , Best , A. , Braess , H. , Burst , E. , Laschet , G. 1977 Biomechanical experiments with animals on abdominal tolerance levels Proc. 21st Stapp Car Crash Conference
- Hybrid III 50th Male User Manual Humanetics Innovative Solutions 2012
- Irwin , A.L. , Mertz , H.J. 1997 Biomechanical basis for the CRABI and hybrid III child dummies Society of Automotive Engineers 973317
- Irwin , A.L. , Mertz , H.J. , Elhagediab , A.M. , Moss , S. 2002 Guidelines for assessing the biofidelity of side impact dummies of various sizes and ages Stapp Car Crash Journal 46 297 319
- Irwin , A.L. , Mertz , H.J. 2010 Rationale for and dimensions of impact surfaces for biofidelity tests of different sizes of frontal and side impact dummies Stapp Car Crash Journal 54 19 35
- ISO/TR 9790 Technical Report 1999
- Kent , R. , Stacey , S. , Kindig , M. , et al. 2006 Biomechanical response of the pediatric abdomen, part 1: development of an experimental model and quantification of structural response to dynamic belt loading Stapp Car Crash Journal 50 1 26
- Kent , R. , Salazar , R. , Kerrigan , J. , et al. 2009 Pediatric thoracoabdominal biomechanics Stapp Car Crash Journal 53 373 402
- Kent , R. , Lopez-Valdez , F.J. , Lamp , J. , et al. 2011 Characterization of the pediatric chest and abdomen using three post-mortem human subjects 22nd Enhanced Safety of Vehicles Conference
- Lamp , J.F. , Salazar , R. , Kerrigan , J. , et al. 2010 Expansion and evaluation of data characterizing the structural behavior of the pediatric abdomen Annals for Advances in Automotive Medicine 54
- Mertz , H. 1984 A procedure for normalizing impact response data Society of Automotive Engineers
- Mertz , H.J. , Irwin , A.L. , Melvin , J.W. , Stalnaker , R.L. , Beebe , M.S. 1989 Size, weight and biomechanical impact response requirements for adult size small female and large male dummies Society of Automotive Engineers
- Mertz , H.J. , Weber , D.A. 1982 Interpretations of the Impact Responses of a Three-Year-Old Child Dummy Relative to Child Injury Potential Society of Automotive Engineers 826048
- Miller , M. 1989 The biomechanical response of the lower abdomen to belt restraint loading The Journal of Trauma 29 11 1571 1584
- Ouyang , J. , Zhao , W. , et al. 2006 Thoracic impact testing of pediatric cadaveric subjects The Journal of Trauma 61 6 1492
- Petitjean , A. , Troseille , X. , Yoganandan , N. , Pintar , F. 2015 Normalization and scaling for human response corridors and development of injury risk curves Yoganandan , N. , Nahum , A.M. , Melvin , J.W. Accidental Injury New York Springer Chapter 26
- Pope , M.E. , Kroell , C.K. , Viano , D.C. , Warner , C.Y. , Allen , S.D. 1979 Postural influences on thoracic impact Proc. 23rd Stapp Car Crash Conference
- Prasad , P , Daniel , R.P. 1984 A biomechanical analysis of head, neck, and torso injuries to child surrogates due to sudden torso acceleration Society of Automotive Engineers. 8401656
- Q6 (ADVANCED 6-YEAR-OLD CHILD) USER MANUAL 2012 Humanetics Innovative Solutions
- Ramachandra , R. , Kang , Y. , Bolte , J.H. , Hagedorn , A. , Herriott , R. , Stammen , J.A. , Moorhouse , K. 2016 Biomechanical responses of PMHS subjected to abdominal seatbelt loading Stapp Car Crash Journal 60 58 87
- Rouhana , S.W. , Kroell , C.K. 1989 The effect of door topography on abdominal injury in lateral impact Proc. 33rd Stapp Car Crash Conference Warrendale, PA
- Sack , W.O. 1982 Essentials of Pig Anatomy Ithaca, NY Veterinary Textbooks
- SAE International Surface Vehicle Recommended Practice Instrumentation for Impact Test - Part 1 - Electronic Instrumentation. SAE Standard J211 -1 2003
- Van Ratingen , M. , Twisk , D. , Schrooten , M. , Beusenberg , M. 1997 Biomechanically based design and performance targets for a 3-Year-Old child crash dummy for frontal and side impact Proc. 41st Stapp Car Crash Conference 243 260
- Viano , D.C. 1989 Biomechanical responses and injuries in blunt lateral impact Proc. 33rd Stapp Car Crash Conference
- Viano , D.C. , Lau , I.V. , Asbury , C. , King , A.I. , Begeman , P. 1989 Biomechanics of the human chest, abdomen, and pelvis in lateral impact Accid. Anal. & Prev. 21 6 553 574
- Viano , D.C. , Lau , I.V. , Andrzejak , D.V. , Asbury , C. 1989 Biomechanics of injury in lateral impacts Accid. Anal. & Prev. 21 6 535 551
- Yaek , J.L. , Li , Y. , Lemanski , P.J. , Begeman , P.C. , Rouhana , S.W. , Cavanaugh , J.M. 2016 Biofidelity assessment of the 6-year-old ATDs in lateral impact Traffic Injury Prevention 17 5 535 543 10.1080/15389588.2015.1101080