Background Finite element modeling of human bone provides a powerful tool to evaluate a
wide variety of outcomes in a highly repeatable and parametric manner. These models are …

Background Patient-specific scapular shape in functional posture can be highly relevant to
clinical research. Biplanar radiography is a relevant modality for that purpose with already …

Background Despite stemless implants showing promising functional and radiologic clinical
outcomes, concerning signs of complications, such as bone resorption, have been reported …

The design of total shoulder arthroplasty implants are guided by anatomy. The objective of
this study was to develop statistical models to quantify shape and material property variation …

Целью исследования является создание методики построения расчетной конечно-
элементной модели по данным томографии. Для оценки модели проводились расчеты …

The aim of the work is to reveal a methodology for constructing a finite element model by
tomography data. To evaluate the model, calculations of the femur were carried out. The …

Finite element (FE) models have frequently been used to analyze spine biomechanics.
Material parameters assigned to FE spine models are generally uncertain, and their effect …

Background New implant designs, such as resurfacing and stemless implants, have been
developed to improve the long-term outcomes of the shoulder arthroplasty. However, it is not …

Incorporating subject-specific mechanical properties derived from clinical-resolution
computed tomography data increases the accuracy of finite element models. Site-specific …

Objective: To investigate effects of bone-resorptive lesion on stress distribution of femoral
head and on progression in patients with osteonecrosis of the femoral head (ONFH) …