Publication detail
Stress-strain analyses of total knee replacement
BUDINSZKY, C. FLORIAN, Z.
Czech title
Stress-strain analyses of total knee replacement
English title
Stress-strain analyses of total knee replacement
Type
conference paper
Language
en
Original abstract
Summary: The development of optimal total knee replacement routes to keep all funcitons of knee joint by a surgical implant with the simpliest construction. Its mainattributes are the followint ones: movement, stability and painlessness, of course. Present alloplasties of knee joint confirm the superiority of clinical usage of condilary replacement which mostly route to the natural shape of knee and to cementless application. On the other hand the worldwide results are short-term activities to define clear prediction of these new progressive methods. This study is concentrated for building distal part of femur, proximal part of tibia, and total knee replacement.
Czech abstract
Summary: The development of optimal total knee replacement routes to keep all funcitons of knee joint by a surgical implant with the simpliest construction. Its mainattributes are the followint ones: movement, stability and painlessness, of course. Present alloplasties of knee joint confirm the superiority of clinical usage of condilary replacement which mostly route to the natural shape of knee and to cementless application. On the other hand the worldwide results are short-term activities to define clear prediction of these new progressive methods. This study is concentrated for building distal part of femur, proximal part of tibia, and total knee replacement.
English abstract
Summary: The development of optimal total knee replacement routes to keep all funcitons of knee joint by a surgical implant with the simpliest construction. Its mainattributes are the followint ones: movement, stability and painlessness, of course. Present alloplasties of knee joint confirm the superiority of clinical usage of condilary replacement which mostly route to the natural shape of knee and to cementless application. On the other hand the worldwide results are short-term activities to define clear prediction of these new progressive methods. This study is concentrated for building distal part of femur, proximal part of tibia, and total knee replacement.
Keywords in English
total knee replacement, finite element model, stress-strain analysis
RIV year
2005
Released
09.05.2005
Publisher
Institute of Thermomechanics, Academy of Sciences of the Czech Republic
Location
Svratka
ISBN
80-85918-93-5
Book
Engineering mechanics 2005
Pages count
2
BIBTEX
@inproceedings{BUT17922,
author="Csaba {Budinszky} and Zdeněk {Florian},
title="Stress-strain analyses of total knee replacement",
booktitle="Engineering mechanics 2005",
year="2005",
month="May",
publisher="Institute of Thermomechanics, Academy of Sciences of the Czech Republic",
address="Svratka",
isbn="80-85918-93-5"
}