Add to ORKGThis project aims to create a three dimensional (3D) finite element model of a human femoral neck fracture fixed by stainless steel orthopedic screws. The screws used were either, cannulated and non-cannulated of varying outer diameters.Bachelor of Engineering (Mechanical Engineering
In this study, biomechanical behaviors of three different screw materials (stainless steel, titanium...
Abstract Background Comparison of 4 cannulated lag screws (3 inverted triangular cannulated screws +...
Objective: The aim of this study was to biomechanically compare 3 different cannulated screw configu...
This project aims to create a three dimensional (3D) finite element model of a human femoral neck fr...
Femoral neck fracture frequently occurs in aged groups and has been recognized as a major health iss...
As people are growing older, they become prone to fall-related injuries. Fall injuries with weaker b...
Previous studies have been done on the performance of different screw designs and configurations. Th...
There are an increasing number of femoral neck fractures worldwide which may rise to 6.3 million cas...
Fixation with cannulated screw was widely accepted for management of femoral neck fracture. However,...
Objectives. In the present study, we evaluated the mechanical outcome of different configurations of...
In this study, biomechanical behaviors of three different screw materials (stainless steel, titanium...
Femoral neck fractures (FNFs) in young patients usually result from high-energy violence, and the ve...
In this research, biomechanical behaviors of five different configurations of screws used for stabil...
This study aimed to investigate the mechanical performance of different cannulated hip screw size in...
Objective: The aim of this study was to compare the biomechanical properties of minimal invasive sli...
In this study, biomechanical behaviors of three different screw materials (stainless steel, titanium...
Abstract Background Comparison of 4 cannulated lag screws (3 inverted triangular cannulated screws +...
Objective: The aim of this study was to biomechanically compare 3 different cannulated screw configu...
This project aims to create a three dimensional (3D) finite element model of a human femoral neck fr...
Femoral neck fracture frequently occurs in aged groups and has been recognized as a major health iss...
As people are growing older, they become prone to fall-related injuries. Fall injuries with weaker b...
Previous studies have been done on the performance of different screw designs and configurations. Th...
There are an increasing number of femoral neck fractures worldwide which may rise to 6.3 million cas...
Fixation with cannulated screw was widely accepted for management of femoral neck fracture. However,...
Objectives. In the present study, we evaluated the mechanical outcome of different configurations of...
In this study, biomechanical behaviors of three different screw materials (stainless steel, titanium...
Femoral neck fractures (FNFs) in young patients usually result from high-energy violence, and the ve...
In this research, biomechanical behaviors of five different configurations of screws used for stabil...
This study aimed to investigate the mechanical performance of different cannulated hip screw size in...
Objective: The aim of this study was to compare the biomechanical properties of minimal invasive sli...
In this study, biomechanical behaviors of three different screw materials (stainless steel, titanium...
Abstract Background Comparison of 4 cannulated lag screws (3 inverted triangular cannulated screws +...
Objective: The aim of this study was to biomechanically compare 3 different cannulated screw configu...