We studied the effect of the surface finish of the stem on the transfer of load in the proximal femur in a sheep model of cemented hip arthroplasty. Strain-gauge analysis and corresponding finite-element (FE) analysis were performed to assess the effect of friction and creep at the cement-stem interface. No difference was seen between the matt and polished stems. FE analysis showed that the effects of cement creep and friction at the stem-cement interface on femoral strain were small compared with the effect of inserting a cemented stem.D. S. Barker, A. W. Wang, M. F. Yeo, N. S. Nawana, S. A. Brumby, M. J. Pearcy, D. W. Howi
Stem–cement and cement–bone interfacial failures as well as cement fractures have been noted in ceme...
The adequacy of assessing stems stability using only one femoral bone property was tested by varying...
In previous finite element studies of cementless hip stems reported in the literature, the effect of...
The clinical success of polished tapered stems has been widely reported in numerous long term studie...
Finite-element analysis was used to study the general differences in load-transfer mechanisms and st...
Finite-element analysis was used to study the gen-eral differences in load-transfer mechanisms and s...
The long term stabilization and durability of cemented total hip replacement (THR) depends on not on...
Cemented total hip arthroplasty (THA) has enjoyed widespread success since its introduction over thi...
Bibliography: leaves 193-206.xiii, 206 leaves : ill. (chiefly col.) ; 30 cm.This thesis investigates...
Finite element (FE) analysis is a widely used tool for extensive preclinical testing of orthopaedic ...
Global and local finite element (FE) models with debonded stem-cement interfaces were used to study ...
The orthopedic market offers more than 200 hundred different femoral stems, some with scientific pu...
After cemented total hip arthroplasty (THA) there may be failure at either the cement-stem or the ce...
It has been suggested that the endurance of cemented femoral reconstructions in total hip arthroplas...
Acrylic cement, used to fixate total hip arthroplasty (THA), creeps under dynamic and static loading...
Stem–cement and cement–bone interfacial failures as well as cement fractures have been noted in ceme...
The adequacy of assessing stems stability using only one femoral bone property was tested by varying...
In previous finite element studies of cementless hip stems reported in the literature, the effect of...
The clinical success of polished tapered stems has been widely reported in numerous long term studie...
Finite-element analysis was used to study the general differences in load-transfer mechanisms and st...
Finite-element analysis was used to study the gen-eral differences in load-transfer mechanisms and s...
The long term stabilization and durability of cemented total hip replacement (THR) depends on not on...
Cemented total hip arthroplasty (THA) has enjoyed widespread success since its introduction over thi...
Bibliography: leaves 193-206.xiii, 206 leaves : ill. (chiefly col.) ; 30 cm.This thesis investigates...
Finite element (FE) analysis is a widely used tool for extensive preclinical testing of orthopaedic ...
Global and local finite element (FE) models with debonded stem-cement interfaces were used to study ...
The orthopedic market offers more than 200 hundred different femoral stems, some with scientific pu...
After cemented total hip arthroplasty (THA) there may be failure at either the cement-stem or the ce...
It has been suggested that the endurance of cemented femoral reconstructions in total hip arthroplas...
Acrylic cement, used to fixate total hip arthroplasty (THA), creeps under dynamic and static loading...
Stem–cement and cement–bone interfacial failures as well as cement fractures have been noted in ceme...
The adequacy of assessing stems stability using only one femoral bone property was tested by varying...
In previous finite element studies of cementless hip stems reported in the literature, the effect of...