Experimental strain-gauge and theoretical stress analysis methods are used to evaluate the mechanical behavior of the femur as a structural element under loading. It is shown that when the cortical bone material is assumed to behave linear elastic, homogeneous and transversely isotropic, excellent agreement between experimental results and theoretical predictions is obtained. Also that the bone shaft can with reasonable approximation be represented by an axisymmetric model, even when intramedullary hip joint prostheses are present. The implications of these results for the analysis of intramedullary bone-prosthesis structures are discussed
Finite element method (FEM) is a technique of solution of the boundary value problems. It can b...
none4There is significant interest in the stress-strain state in the proximal femoral metaphysis, be...
The fatigue of bone, in particular the associated modulus degradation and accumulation of permanent ...
Experimental strain-gauge and theoretical stress analysis methods are used to evaluate the mechanica...
Results of experimental strain gauge and theoretical stress analysis methods are used to investigate...
Strain-gauge measurements were performed for the use of verifying analytical and finite element anal...
Comparative StudyEvaluation StudiesThis is the final version of the article. Available from BioMed C...
The load transmission and interface stresses in the Wagner resurfaced femoral head were evaluated fo...
The introduction of finite element analysis (FEA) into orthopaedic biomechanics allowed continuum st...
This paper reports the development of a tool for analyzing stresses in a surgically altered femur. T...
Total hip replacement (THR) is considered the most successful orthopedics surgery but eventually the...
"Stress shielding" of bone around noncemented prosthetic hip stems causes long-term adaptive bone re...
Bone is a living tissue. It continuously reproduces its structure and its growth depends partly upon...
Osteogenesis imperfecta (OI) is a fragile bone disease characterized by easy fractures. The femur c...
Biofidel femur Models with finite elements were developed using a specific segmentation combination ...
Finite element method (FEM) is a technique of solution of the boundary value problems. It can b...
none4There is significant interest in the stress-strain state in the proximal femoral metaphysis, be...
The fatigue of bone, in particular the associated modulus degradation and accumulation of permanent ...
Experimental strain-gauge and theoretical stress analysis methods are used to evaluate the mechanica...
Results of experimental strain gauge and theoretical stress analysis methods are used to investigate...
Strain-gauge measurements were performed for the use of verifying analytical and finite element anal...
Comparative StudyEvaluation StudiesThis is the final version of the article. Available from BioMed C...
The load transmission and interface stresses in the Wagner resurfaced femoral head were evaluated fo...
The introduction of finite element analysis (FEA) into orthopaedic biomechanics allowed continuum st...
This paper reports the development of a tool for analyzing stresses in a surgically altered femur. T...
Total hip replacement (THR) is considered the most successful orthopedics surgery but eventually the...
"Stress shielding" of bone around noncemented prosthetic hip stems causes long-term adaptive bone re...
Bone is a living tissue. It continuously reproduces its structure and its growth depends partly upon...
Osteogenesis imperfecta (OI) is a fragile bone disease characterized by easy fractures. The femur c...
Biofidel femur Models with finite elements were developed using a specific segmentation combination ...
Finite element method (FEM) is a technique of solution of the boundary value problems. It can b...
none4There is significant interest in the stress-strain state in the proximal femoral metaphysis, be...
The fatigue of bone, in particular the associated modulus degradation and accumulation of permanent ...
Add to ORKG