This content is not included in
your SAE MOBILUS subscription, or you are not logged in.
Implantation Design Guidelines for Instrumenting the Cadaveric Lower Extremity to Transduce Femur Loads and Tibial Forces and Moments
Technical Paper
2003-01-0162
ISSN: 0148-7191, e-ISSN: 2688-3627
Annotation ability available
Sector:
Language:
English
Abstract
Numerous studies have documented the implantation of a 6-axis load cell in series with the tibial shaft and a limited number of studies have instrumented the femur for uniaxial load transduction. We are unaware of a single study seeking to instrument both anatomical segments. In addition, while the instrumentation processes have been described in textural and graphical detail, the dimensions and material choices for preparation jigs, potting cups, etc. are typically not given. In the current study, we have reviewed the available literature and have developed a modified preparation and implantation methodology. We also include complete designs appropriate for a reproduction of our process or modification of the methodology by the reader. The robustness of our technique was verified in a companion study in which whole, unembalmed cadavers were subjected to a HYGE frontal sled test without compromise of the instrumentation.
Recommended Content
| Technical Paper | Narrow Object Impact Analysis and Comparison with Flat Barrier Impacts |
| Ground Vehicle Standard | V-Belts and Pulleys |
| Technical Paper | Development and Validation of a Synthetic Eye and Orbit for Estimating the Potential for Globe Rupture Due to Specific Impact Conditions |
Authors
- Ishmael Dean-El - Kettering University
- Dan Boyse - Kettering University
- Prem Hariharan - Kettering University
- Robert Kargus - Kettering University
- Patrick Atkinson - Kettering University
- Scott Anseth - McLaren Region Medical Center
- Brian Rill - McLaren Region Medical Center
- Rajeev Jain - McLaren Region Medical Center
- Charles Safley - McLaren Region Medical Center
Topic
Citation
Dean-El, I., Boyse, D., Hariharan, P., Kargus, R. et al., "Implantation Design Guidelines for Instrumenting the Cadaveric Lower Extremity to Transduce Femur Loads and Tibial Forces and Moments," SAE Technical Paper 2003-01-0162, 2003, https://doi.org/10.4271/2003-01-0162.Also In
SAE 2003 Transactions Journal of Passenger Cars - Mechanical Systems
Number: V112-6; Published: 2004-09-15
Number: V112-6; Published: 2004-09-15
References
- Kuppa S Wang J Haffner M Eppinger R Lower extremity injuries and lower extremity injury criteria NHTSA Paper No. 457
- Burgess: Lower extremity injuries of airbag-equipped automobiles-clinical and crash reconstruction correlations J Trauma 1995 38 509 16
- Crandall JR Kuhlmann TP Pilkey WD Air and knee bolster restraint system: laboratory sled tests with human cadavers and the Hybrid III dummy J Trauma 1995 Apr 38 4 517 20
- Martin PG Crandall JR Pilkey WD Injury trends of passenger car drivers in frontal crashes in the USA Accid Anal Prev 2000 Jul 32 4 541 57
- Federal Register 67 86 May 3 2002
- Funk JR Rudd RW Srinivasan SCM Crandall JR King RJ Petit P Methodology for Measuring Tibial and Fibular Loads in a Cadaver SAE Congress Paper 2002-01-0682
- Zuby DS Nolan JM Sherwood CP Effect of Hybrid Iii Leg Geometry on Upper Tibia Bending Moments SAE World Congress March 2001 paper 2001-01-0169
- http://www-nrd.nhtsa.dot.gov/departments/nrd-51/THORAdv/THORAdv.htm
- Roberts DP Donnelly BR Morgan RM Cadaver response to axial impacts of the femur SAE Paper No. 876042
- Cheng R Yang KH Levine RS King AI Dynamic impact loading of the femur under passive restrained condition SAE Paper No. 841661
- Manning P Wallace WA Roberts AK Owen CJ Lowne RW The position and movement of the foot in emergency manoeuvres and the influence of tension in the Achilles tendon Stapp Car Crash Conference Paper No. 973329
- King AI Injuries to the thoracolumbar spine and pelvis Accidental Injury, Biomechanics and Prevention Nahum Melvin 2nd 2002
- Viano DC Stalnaker RL Mechanisms of femoral fracture J Biomech 1980 13 8 701 15