Sentence examples for scapula model from inspiring English sources

FE models, one total polyethylene and the other, metal backed polyethylene, were developed using CT-scan data and submodelling technique, which was based on an overall solution of a natural scapula model acted upon by all the muscles, ligaments and joint reaction forces.

A typical humerus or scapula model contained approximately 70 000 triangles of 0.5 mm2 each.

Once proper anatomical alignment was obtained, fracture lines were identified and were traced on top of the combined 3D-CT and model scapula.

The pose of each humerus and scapula was determined using model-based tracking and compared to a bead-based gold standard.

An average and a "worst case scenario" shape in A-P view in a 2-D computer model of a scapula was created, using data from 200 "normal" scapulae, so that the position of the glenoid and humeral component could be changed as well as design features such as depth of the polyethylene insert, the size of glenosphere, the position of the center of rotation, and downward glenoid inclination.

We made a 2-D computer model of a scapula.

The model had a simulated scapula as a landmark for the surgeon and a replaceable simulated skin.

A limitation of our study is that we used a 2-D model of an average scapula without taking into account the muscles or soft tissues.

We therefore utilised the scapula from Hpr mice as a model system to investigate muscle force-mediated mineral particle orientation and its alteration due to defective bone mineralisation, using synchrotron scanning X-ray nanoimaging methods.

To better understand the mechanism causing loosening, a finite element biomechanical model of an in vivo scapula was developed.

This biomechanical model comprises 11 segments, including thorax, clavicles, scapulae, upper arms, forearms, and hands.