A Method for Evaluating Brain Deformation under Sagittal Blunt Impacts Using a Half-Skull Human-Scale Surrogate

Keyphrases

• Blunt Impact 100%
• Brain Deformation 100%
• Skull 100%
• Human Scale 100%
• Sagittal 100%
• Frontal Impact 100%
• Deformation Pattern 75%
• Brain Regions 50%
• Region of Interest 50%
• Parietal Area 50%
• Frontal Region 50%
• Spatial Deformation 50%
• Parahippocampal Region 50%
• Temporal Deformation 50%
• Mechanical Parameters 25%
• Trauma 25%
• High-speed Camera 25%
• Brain Motion 25%
• Strain Rate 25%
• Frames per Second 25%
• Brain Surrogate 25%
• Traumatic Brain Injury Models 25%
• Principal Strain 25%
• Shear Strain 25%
• Varying Parameters 25%
• High Strain 25%
• Strain History 25%
• High Magnitude 25%
• Strain Value 25%
• Occipital Region 25%
• High Strain Rate 25%
• Surrogate Model 25%
• Sagittal Plane 25%
• Head Model 25%
• Forehead 25%
• Deformation Strain 25%
• Drop Tower 25%
• Dynamic Loading 25%
• Initiating Event 25%
• Strain-strain Rate 25%
• Impact Scenarios 25%
• Strain Response 25%
• Strain Patterns 25%
• Visual Markers 25%
• Human Head Model 25%
• Track Deformation 25%
• High Impact Velocity 25%
• Impact Speed 25%

Engineering

• Strain Rate 100%
• Region of Interest 100%
• High Strain Rate 50%
• Dynamic Loads 50%
• Principal Strain 50%
• Shear Strain 50%
• Strain History 50%
• Surrogate Model 50%
• Sagittal Plane 50%
• Speed Camera 50%
• High Impact Velocity 50%
• Strain Response 50%
• Impact Speed 50%
• Initiating Event 50%
• Physical Method 50%
• Impact Scenario 50%