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Publication detail
J. Hruby, B. Wham, A. Valerian, Z. Krobot
Original Title
Experimental Head Injury Investigation of Head Impact Caused by Unsecured Object in Vehicle during Vehicle Frontal Crash
Type
abstract
Language
English
Original Abstract
Occupant safety in the realistic car crash accident is typically solved as a problem of human body interaction with airbags and vehicle structure (vehicle seats, vehicle body parts, and others). There is also a situation when an unsecured object placed in the vehicle causes the injury of the vehicle occupant. The unsecured object can be described as a bottle, tablet, or laptop. These unsecured objects are acting in the vehicle during its crash like projectiles, and they have a very significant potential to harm the vehicle occupant if they interact with their bodies. An experimental investigation was performed to explain what can happen if the unsecured object interacts with the human body and what is the injury risk if this case happens. As a critical human body part was selected human head and as the traffic accident situation was taken frontal vehicle impact. The hypothesis on which the whole experimental project was build on takes into account: The human head rear part interacts only with the unsecured object and nothing else (airbags, etc.); The seat head restraint is not present; The unsecured object is stiff and has initial speed during the crash similar as the vehicle crash velocity (friction effect is negotiable); The injury effect is blunt.
Keywords
Head, Unsecured object
Authors
Released
5. 8. 2020
Publisher
American Society of Biomechanics
Location
Atlanta
ISBN
-
Book
The Big Book of Abstracts vASB2020
Edition
1
Edition number
Pages from
576
Pages to
Pages count
URL
https://asb2020.gatech.edu/
BibTex
@misc{BUT179551, author="Jaroslav {Hrubý}", title="Experimental Head Injury Investigation of Head Impact Caused by Unsecured Object in Vehicle during Vehicle Frontal Crash", booktitle="The Big Book of Abstracts vASB2020", year="2020", series="1", edition="1", pages="576--576", publisher="American Society of Biomechanics", address="Atlanta", isbn="-", url="https://asb2020.gatech.edu/", note="abstract" }