Author:
R. Barnes David,Yoganandan Narayan,Moore Jason,Humm John,Pintar Frank,L. Loftis Kathryn
Reference23 articles.
1. Bailey,
A.M.,
Christopher,
J.J.,
Salzar,
R.R., and
Brozoski,
F.
(2015) Comparison of Hybrid-III and postmortem
human surrogate response to simulated underbody blast
loading. Journal of Biomechanical
Engineering vol. 137(051009):
1-10.
2. Barnes,
D.R.,
Danelson,
K.A.,
Moholkar,
N.M., and
Loftis,
K.L.
(2021) Methodology for evaluation of WIAMan
injury assessment reference curves using whole body match-paired
data. Annals of Biomedical Engineering,
published online 20 April 2021.
3. Danelson,
K.A.,
Kemper,
A.R.,
Mason,
M.J.,
Tegtmeyer,
M.,
Swiatkowski,
S.A.,
Bolte,
J.H., and
Hardy,
W.N.
(2015) Comparison of ATD to PMHS response in the
under-body blast environment. Stapp Car Crash
Journal
59: 445-520.
4. Danelson,
K.,
Watkins,
L.,
Hendricks,
J.,
Frounfelker,
P.,
Pizzoloato-Heine,
K.,
Valentine,
R., and
Loftis,
K.
(2018) Analysis of the frequency and mechanisms
of injury to warfighters in the underbody blast environment.
Stapp Car Crash Journal
62: 489-513.
5. Demetropoulos,
C.,
Cavanaugh,
J.,
Ott,
K.,
Rupp,
J.,
Drewry,
D.,
Montoya,
M.,
Barnes,
D.R., and
Loftis,
K.L.
(2020a) Whole-body postmortem human subject (PMHS) testing
technical report: tests conducted in support of injury prediction capabilities
development – test series WS10, WS11 and WS12. US Army Combat
Capabilities Development Command, Data & Analysis Center report, CCDC
DAC-TR-2020-041.