<p>All thicker lines represent the scaled HYOID model and all thinner lines represent the MASI model. “L” denotes the lower cervical spine, and “U” denotes the upper cervical spine for both the degrees of freedom and their associated reserve actuators. A negative value for flexion indicates flexion motion or moment, a positive value for lateral indicates right lateral bending, and a positive value in axial indicates left axial rotation.</p
Axial stiffness (k) and damping (b) parameter values identified for each specimen specific model of ...
WOS: 000378421300009PubMed ID: 27107032Numerous finite element models of the cervical spine have bee...
Today, most Finite Element (FE) Human Body Models (HBMs) are intended for crash simulations and not ...
OpenSim musculoskeletal models of the head and neck can provide information about muscle activity an...
Background: Musculoskeletal models served to analyze head–neck motion and injury during automotive i...
<p>The origin of the coordinate system used is the center of the C1-Skull joint. The x-axis points a...
Objective: ViVA OpenHBM is the first open source Human Body Model (HBM) for crash safety assessment....
In multi-body models of scoliotic spine, personalization of mechanical properties of joints signific...
<p>(A) The three main phases of a rugby scrummaging activity: pre-engagement phase, engagement phase...
In order to advance current human figure motion models, a more realistic model of the body must incl...
Study Design. Human volunteers were exposed experimentally to multidirectional seated perturbations....
Numerical human body models that can predict occupant head and neck responses are essential for the ...
EMG-driven musculoskeletal modeling is a method in which loading on the active and passive structure...
<p>Accurate muscle geometry (muscle length and moment arm) is required to estimate muscle function w...
Axial stiffness (top left), shear stiffness (top right), axial damping (bottom left) and shear dampi...
Axial stiffness (k) and damping (b) parameter values identified for each specimen specific model of ...
WOS: 000378421300009PubMed ID: 27107032Numerous finite element models of the cervical spine have bee...
Today, most Finite Element (FE) Human Body Models (HBMs) are intended for crash simulations and not ...
OpenSim musculoskeletal models of the head and neck can provide information about muscle activity an...
Background: Musculoskeletal models served to analyze head–neck motion and injury during automotive i...
<p>The origin of the coordinate system used is the center of the C1-Skull joint. The x-axis points a...
Objective: ViVA OpenHBM is the first open source Human Body Model (HBM) for crash safety assessment....
In multi-body models of scoliotic spine, personalization of mechanical properties of joints signific...
<p>(A) The three main phases of a rugby scrummaging activity: pre-engagement phase, engagement phase...
In order to advance current human figure motion models, a more realistic model of the body must incl...
Study Design. Human volunteers were exposed experimentally to multidirectional seated perturbations....
Numerical human body models that can predict occupant head and neck responses are essential for the ...
EMG-driven musculoskeletal modeling is a method in which loading on the active and passive structure...
<p>Accurate muscle geometry (muscle length and moment arm) is required to estimate muscle function w...
Axial stiffness (top left), shear stiffness (top right), axial damping (bottom left) and shear dampi...
Axial stiffness (k) and damping (b) parameter values identified for each specimen specific model of ...
WOS: 000378421300009PubMed ID: 27107032Numerous finite element models of the cervical spine have bee...
Today, most Finite Element (FE) Human Body Models (HBMs) are intended for crash simulations and not ...