The biomechanical study helps us to understand the mechanics of the human cervical spine.
A three dimensional Finite Element (FE) model for C3 to C6 level was developed using …

This study was conducted to develop a detailed, three-dimensional, anatomically accurate
finite element model of the human cervical spine structure using close-up computed …

The finite element model has been used as an effective tool in human spine biomechanics.
Biomechanical finite element models have provided basic insights into the workings of the …

Cervical spinal instability due to ligamentous injury, degenerated disc and facetectomy is a
subject of great controversy. There is no analytical investigation reported on the …

Objective. The study determined the effect of variations in the material properties of the
cervical spinal components on the output of the finite element analysis (external and internal …

In this study, a three-dimensional finite element model of the human lower cervical spine (C4-
C6) was constructed. The mathematical model was based on close-up CT scans from a …

Using finite element technique to model the human cervical spine can be found in a number
of publications in the literature. These efforts have illustrated viable techniques and …

An anatomically accurate, three-dimensional, nonlinear finite element model of the human
cervical spine was developed using computed tomography images and cryomicrotome …

The ligaments of the cervical spine each play a critical role in maintaining stability. Large
variations in the mechanical behavior of each ligament have been reported, but it remains …

Background: Cervical spine sustains most of thevertebral column injuries, among other
injuries, the disc degeneration and damage that lead to replacement of the damaged disc …