Several hip stems were re-evaluated in this paper. Finite element analysis was conducted
for each of the stems with various cross-sections applied to them. Comparison of von Mises …

Fatigue life of a loosened total hip prosthesis femoral component cemented into bone was
investigated assuming loads specified by the standard ISO 7206-4. The total hip prosthesis …

A reverse engineering procedure based on optical 3D scanning was implemented to
generate a total hip prosthesis CAD model needed to create the finite element model of the …

This study aimed to develop a three-dimensional finite element model of a functionally
graded femoral prosthesis. The model consisted of a femoral prosthesis created from …

In order to gain insight into the micro-mechanical behavior of the cement–bone interface, the
effect of parametric variations of frictional, morphological and material properties on the …

The mechanical effects of varying the depth of cement penetration in the cement–bone
interface were investigated using finite element analysis (FEA) and validated using …

This study focused on developing a 3D finite element model of functionally graded femoral
prostheses to decrease stress shielding and to improve total hip replacement performance …

Acrylic bone cements are in extensive use in joint replacement surgery. They are weight
bearing and load transferring in the bone-cement-prosthesis complex and therefore, inter …

Recently, experiments were performed to determine the micromechanical behavior of the
cement‐bone interface under tension‐compression loading conditions. These experiments …

Investigating the crack behavior in the cement mantle can improve total hip replacement
performance by lessening the effects of crack failure and femoral prosthesis loosening. This …