Finite element analysis of mechanical stability of ceramic acetabular components and evaluation of ROM in articulating hip joints

Earth and Planetary Sciences

• Size 100%
• Lining 80%
• Model 80%
• Stiffness 60%
• Increasing 60%
• Thickness 60%
• Ceramics 60%
• Investigation 40%
• Ball 40%
• Impingement 20%
• Ductility 20%
• Biocompatibility 20%
• Patient 20%
• Simulation 20%
• Evaluation 20%
• Young 20%
• Risk 20%
• Fracture 20%
• Stability 20%
• Diameter 20%
• Replacement 20%
• Parameter 20%

Medicine and Dentistry

• Femoral Head 80%
• Acetabular Cup 60%
• Acetabular 60%
• Stress 60%
• Range of Motion 40%
• Articular Surface 40%
• Head 40%
• Element 20%
• Osteolysis 20%
• Fracture 20%
• Hip Replacement 20%
• Finite Element Analysis 20%
• Evaluation Study 20%
• Cephalometry 20%
• Hip Joint 20%
• Patient 20%
• Biocompatibility 20%

Material Science

• Mechanical Stability 60%
• Ceramic Surface 40%
• Surface 40%
• Finite Element Methods 40%
• Biocompatibility 20%
• Surface Stress 20%
• Ductility 20%