… head restraint. Internal biofidelity is intended to describe parameters measuring how much
like a human (or human surrogate… the head in an upright posture is minimal, biomechanical …

… and build a surrogate head apparatus to simulate varying TBI and RHI events. The apparatus
is designed to be modular, and can accommodate different head geometries and blunt …

… Using a gel/plastic surrogate to study the biomechanical response of the head under air
shock loading: a combined experimental and numerical investigation. Biomech Model …

… There is a need for cervical spine injury prevention from head-… head motion in a head-first
impact as a mitigation strategy. Instrumented mechanical surrogates for the human neck, head, …

… whole-body biomechanical response are presented. … head motion responses of the three
surrogates. The most direct measure of neck response is the angular acceleration of the head…

… surrogate neck prototype for use in direct head impact. By proving the obtained peak
biomechanical … of the how surrogate neck compliancy affects biomechanical data can be drawn. In …

… The neck was designed for the purpose of frontal car collisions with a sagittal plane neck
stiffness response influenced by biomechanical corridors specified by braced human neck data …

… specific regional or localised response data. A surrogate infant head, was created from high
… matched to tissue response data and validated against PMHS head impact acceleration data…

… This study informs future applications and improvements of a novel head surrogate. … head
surrogates capable of replicating human head global kinematics and intracranial responses. …

… Head Surrogate was obtained from available MRI scans of a 50th percentile male human
head. … The brain surrogate was cast from silicon rubber in the 3D-printed plastic molds. Nine tri-…