… An estimate of cervical spine loading may be obtained through inverse dynamics models.
Previous inverse dynamics models of the cervical spine have primarily focused on the …

… feasibly implemented via different inverse dynamics formulations. To demonstrate its practicality,
the model was finally employed to estimate the lumbar and cervical joint torques during …

… ABSTRACT – Lower cervical spine injuries are more common in … inverse dynamics, upper
and lower neck loads were determined, along with head and T1 kinematics. Lower cervical …

… The objective of this study is to investigate lower neck loads using inverse dynamics …
T3 level of the spine to measure the reaction loads at the upper thoracic spine. The PMHS …

… Our approach is based on inverse kinematics allowing … cervical spine in vivo, which gives
valuable information concerning biomechanics of the cervical spine in vivo for cervical spine …

… A pre-defined activation-time curve was implemented in 14 models in order to allow
forward dynamic simulation. Four models used an inverse dynamics optimization approach to …

… The calculated data also provides a source for inverse dynamics. … cervical spine occurs at
C1–C2 similar to earlier in vitro studies on specimens of the dissected equine cervical spine (…

… analyzed by inverse dynamics with the FDK approach, whereas the Original_Model (ie,
the generic head-spine model) and Model_1 were analyzed by the inverse dynamics method …

… Purpose: Inverse-dynamics (ID) analysis is an approach widely used for studying spine …
Despite the increasing structural complexity of spine models, ID analysis results substantially rely …

… An estimate of cervical spine loading may be obtained through inverse dynamics models.
Previous inverse dynamics models of the cervical spine have primarily focused on the …