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Zachary S Hostetler
Zachary S Hostetler
Elemance LLC
Verified email at elemance.com
Title
Cited by
Cited by
Year
Comparing rib cortical thickness measurements from computed tomography (CT) and Micro-CT
ZS Hostetler, JD Stitzel, AA Weaver
Computers in biology and medicine 111, 103330, 2019
142019
Injury risk curves in far-side lateral motor vehicle crashes by AIS level, body region and injury code
ZS Hostetler, FC Hsu, R Barnard, DA Jones, ML Davis, AA Weaver, ...
Traffic injury prevention 21 (sup1), S112-S117, 2020
122020
A computational study of the biomechanical response of the human lower extremity subjected to high rate vertical accelerative loading
ZS Hostetler, J Aira, JD Stitzel, FS Gayzik
IRCOBI Conference, 662-673, 2019
82019
An improved method for developing injury risk curves using the brier metric score
ZS Hostetler, FC Hsu, N Yoganandan, FA Pintar, A Banerjee, L Voo, ...
Annals of biomedical engineering 49, 3091-3098, 2021
42021
Lower extremity injury risk curve development for a human body model in the underbody blast environment
ZS Hostetler, FS Gayzik
Journal of biomechanical engineering 146 (3), 2024
22024
Lower extremity validation of a human body model for high rate axial loading in the underbody blast environment
ZS Hostetler, J Caffrey, J Aira, FS Gayzik
STAPP CAR CRASH JOURNAL 2022 Volume 66 66 (2022-22-0004), 2023
12023
Analyzing the Force Variation and Response of a Human Body Finite Element Model in the Underbody Blast Environment
ZS Hostetler, J Aira, J Caffrey, FS Gayzik
Proceedings of the IRCOBI Conference, IRC-21-63, Munich, Germany, 616-625, 2021
12021
A comparative analysis of dimensionality reduction surrogate modeling techniques for full human body finite element impact simulations
L Frazer, V Kote, Z Hostetler, M Davis, DP Nicolella
Computer Methods in Biomechanics and Biomedical Engineering, 1-14, 2023
2023
EXPLORATION OF LOWER EXTREMITY INJURY IN THE UNDER BODY BLAST ENVIRONMENT USING A HUMAN BODY FINITE ELEMENT MODEL
Z Hostetler
Wake Forest University, 2022
2022
Hierarchical Validation Prevents Over-Fitting of the Neck Material Model for an Anthropomorphic Test Device Used in Underbody Blast Scenarios
A Baker, ZS Hostetler, NA Vavalle, RS Armiger, R Coates, FS Gayzik
Journal of Biomechanical Engineering, 0
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