Comparison of the Compressive Response of the PMHS and 50th% Hybrid III ATD Thorax Utilizing Nonparametric System Identification Techniques Kyle Icke1, Kevin Moorhouse PhD2, John Bolte IV PhD1 1

Source URL: ibrc.osu.edu

Simulation of head-first impact using cervical spine specimens, simulated neck muscles, and a Hybrid III ATD head 1 C. Van Toen1, C. F. Jones1, T. S. Nelson1, J. Street2 and P. A. Cripton1

Source URL: ibrc.osu.edu

Biofidelity Evaluation of Anthropomorphic Test Devices (BioRIDII, RID3D, Hybrid III) in Low and Moderate Speed Rear Impacts   Yun-Seok Kang1, Kevin Moorhouse2, Rod Herriott3 and John Bolte IV1 1

Source URL: ibrc.osu.edu

Coverstock: gtrTM iii hybrid Factory Finish: abralon®

Source URL: www.hammerbowling.com

Hybrid III Response in a SAE Baja Vehicle under Low Speed Frontal Impacts

Source URL: ibrc.osu.edu

Development of 6aw Coplanar Fixture for Hybrid III 50th Percentile Anthropomorphic Test Device (ATD) A. Redrow1, Y. Kang PhD2 1The 2The

Source URL: ibrc.osu.edu

2015 Summer Hybrid and Online Courses Session I: June 22-July 19, 2015 Session II: July 20-August 16, 2015 Session III: June 22-August 16, 2015 Fully Online

Source URL: www.pdx.edu

Biofidelity evaluation of current ATDs under seatbelt pre-pretensioner loading in quasi-static conditions Jean-Adrien Develet, Rikard Fredriksson, Mats Y Svensson, Anna Carlsson Chalmers University of Technology Abstract

Source URL: ibrc.osu.edu

• Hybrid III
• Summary statistics
• Percentile
• Belt
• Technology
• Mechanical engineering
• Physics
• Car safety
• Safety equipment
• Seat belt

Development of a Hybrid-III to Human Leg Transfer Function for Axial Loading Ann M. Bailey, Matthew B. Panzer, Robert S. Salzar University of Virginia, Charlottesville, VA Abstract The Hybrid-III anthropomorhpic test dev

Source URL: ibrc.osu.edu

Development of a Hybrid-III to Human Leg Transfer Function for Axial Loading 1Department of Mechanical and Aerospace

Source URL: ibrc.osu.edu

• Anatomy
• Tibia
• Software