Pre-operative planning help the surgeon in taking the proper clinical decision. The ultimate goal of this work is to develop numerical models that allow the surgeon to estimate the primary stability during the pre-operative planning session. The present study was aimed to validate finite-element (FE) models accounting for patient and prosthetic size and position as planned by the surgeon. For this purpose, the FE model of a cadaveric femur was generated starting from the CT scan and the anatomical position of a cementless stem derived by a skilled surgeon using a pre-operative CT-based planning simulation software. In-vitro experimental measurements were used as benchmark problem to validate the bone-implant relative micromotions predicted ...
he present work describes a statistical investigation into the effects of implant positioning on the...
Successful designs of total hip replacement (THR) need to be robust to surgical variation in sizing ...
The objective of this research is to better understand the problems of primary stability of cementle...
Pre-operative planning help the surgeon in taking the proper clinical decision. The ultimate goal of...
Pre-operative planning trains the surgeon in the workshop environment. The final objective of the ea...
The implant of an hip stem into the femoral medullary cavity consists of three steps: the resection ...
Using computed tomography (CT)-based preoperative planning software, we can define with good accurac...
none4The primary stability that the surgeon can achieve during surgery is a determinant of the clini...
Primary stability is essential for the success of cementless femoral stems. In this study, patient s...
Finite element (FE) modelling can provide detailed information on implant stability; however, its co...
The most common reason for the aseptic loosening of cementless hip stem is the lack of primary stabi...
Primary stability is essential for the success of a cementlesss total hip replacement (THR). Surgica...
A numerical model able to investigate the influence of biomechanical factors on the long-term second...
he present work describes a statistical investigation into the effects of implant positioning on the...
Successful designs of total hip replacement (THR) need to be robust to surgical variation in sizing ...
The objective of this research is to better understand the problems of primary stability of cementle...
Pre-operative planning help the surgeon in taking the proper clinical decision. The ultimate goal of...
Pre-operative planning trains the surgeon in the workshop environment. The final objective of the ea...
The implant of an hip stem into the femoral medullary cavity consists of three steps: the resection ...
Using computed tomography (CT)-based preoperative planning software, we can define with good accurac...
none4The primary stability that the surgeon can achieve during surgery is a determinant of the clini...
Primary stability is essential for the success of cementless femoral stems. In this study, patient s...
Finite element (FE) modelling can provide detailed information on implant stability; however, its co...
The most common reason for the aseptic loosening of cementless hip stem is the lack of primary stabi...
Primary stability is essential for the success of a cementlesss total hip replacement (THR). Surgica...
A numerical model able to investigate the influence of biomechanical factors on the long-term second...
he present work describes a statistical investigation into the effects of implant positioning on the...
Successful designs of total hip replacement (THR) need to be robust to surgical variation in sizing ...
The objective of this research is to better understand the problems of primary stability of cementle...