Abstract
Improvement of cement consolidation technologies of the components of the hip joint endoprosthesis is carried out not only based on the analysis of clinical and X-ray data, but also by computer modeling. The purpose of the study was to study the stress-strain state of the virtual endoprosthetized hip joint with various variants of the acetabular cement anchoring. The finite element method was used as a theoretical basis. The ANSYS computer program was used to construct the desired model. For calculations, a version of the model, this includes three segments: the acetabular component, the cement mantle and the spongy bone was created.
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