1-20 of 3229
Follow your search
Access your saved searches in your account

Would you like to receive an alert when new items match your search?
Close Modal
Sort by
Journal Articles
Journal Articles
Journal Articles
Journal Articles
Journal Articles
Journal Articles
Journal Articles
Journal Articles
Image
U.S. Naval Research Laboratory's human head with helmet model: (a) surface mesh of finite element model, (b) helmet (in green) with seven-pad suspension (in yellow) and four-point retention straps (in purple), (c) structured mesh for helmet with five-pad suspension and retention straps, and (d) cross-sectional view of computational fluid dynamics model [21].
Published Online: April 11, 2025
Fig. 1 U.S. Naval Research Laboratory's human head with helmet model: ( a ) surface mesh of finite element model, ( b ) helmet (in green) with seven-pad suspension (in yellow) and four-point retention straps (in purple), ( c ) structured mesh for helmet with five-pad suspension and retention strap... More about this image found in U.S. Naval Research Laboratory's human head with helmet model: ( a ) surfac...
Image
Image
Image
Image
Representative snapshots of maximum pressure on brain for (a) frontal, (b) side, and (c) rear blasts. Top row for helmet with seven-pad configuration and bottom row for five-pad configuration.
Published Online: April 11, 2025
Fig. 5 Representative snapshots of maximum pressure on brain for ( a ) frontal, ( b ) side, and ( c ) rear blasts. Top row for helmet with seven-pad configuration and bottom row for five-pad configuration. More about this image found in Representative snapshots of maximum pressure on brain for ( a ) frontal, ( ...
Image
Finite element analysis of head with helmet (a) impacting 2 cm radius hemispherical object with initial angular velocity of 20 rad/s about t1 on vertebrae and (b) location of head and helmet at 5 ms after contact
Published Online: April 11, 2025
Fig. 6 Finite element analysis of head with helmet ( a ) impacting 2 cm radius hemispherical object with initial angular velocity of 20 rad/s about t1 on vertebrae and ( b ) location of head and helmet at 5 ms after contact More about this image found in Finite element analysis of head with helmet ( a ) impacting 2 cm radius hem...
Image
Simulation results for helmet with seven-pads on head in impact: (a) coronal plane pressure through impact site, (b) maximum pressure on brain, (c) minimum pressure on brain, and (d) maximum strain rate on brain
Published Online: April 11, 2025
Fig. 7 Simulation results for helmet with seven-pads on head in impact: ( a ) coronal plane pressure through impact site, ( b ) maximum pressure on brain, ( c ) minimum pressure on brain, and ( d ) maximum strain rate on brain More about this image found in Simulation results for helmet with seven-pads on head in impact: ( a ) coro...
Image
(a) Grid and mannequin geometry used for thermal loading modeling and simulation and (b) mannequin with wind directions where 0-deg is frontal wind, 90-deg is side wind, and 180-deg from the back
Published Online: April 11, 2025
Fig. 8 ( a ) Grid and mannequin geometry used for thermal loading modeling and simulation and ( b ) mannequin with wind directions where 0-deg is frontal wind, 90-deg is side wind, and 180-deg from the back More about this image found in ( a ) Grid and mannequin geometry used for thermal loading modeling and sim...
Image
Baseline (bare head) with directional winds: (a) 0-deg (frontal wind), (b) 45-deg (wind from right front corner), (c) 90-deg (side wind from right), and (d) 180-deg (wind from back)
Published Online: April 11, 2025
Fig. 9 Baseline (bare head) with directional winds: ( a ) 0-deg (frontal wind), ( b ) 45-deg (wind from right front corner), ( c ) 90-deg (side wind from right), and ( d ) 180-deg (wind from back) More about this image found in Baseline (bare head) with directional winds: ( a ) 0-deg (frontal wind), ( ...
Image
Image
Image