Publication detail

Strain-stress analysis of pathological hip joint after osteotomy

NÁVRAT, T. VRBKA, M. FLORIAN, Z. ROZKYDAL, Z.

Czech title

Deformačně-napěťová analýza patologického kyčelního kloubu po osteotomii

English title

Strain-stress analysis of pathological hip joint after osteotomy

Type

journal article - other

Language

en

Original abstract

This work presents the procedure of a computational model of pathological hip joint allowing a simple modification of individual parts of the model according to the planned course of femoral and pelvic osteotomy. Both presented models were subjected to strain-stress analysis by a finite element method using the ANSYS program system.

Czech abstract

Práce prezentuje postup výpočtového modelování patologicky vyvinutého kyčelního kloubu dovolujícího modifikovat jednotlivé části podle navržené osteotomie. Byly vytvořeny dva modely a ty byly podrobeny deforamčně-napěťové analýze užitím programu ANSYS.

English abstract

This work presents the procedure of a computational model of pathological hip joint allowing a simple modification of individual parts of the model according to the planned course of femoral and pelvic osteotomy. Both presented models were subjected to strain-stress analysis by a finite element method using the ANSYS program system.

Keywords in Czech

biomechanika, kyčelní kloub zdravý a patologický, osteotomie, kontaktní tlak, MKP

Keywords in English

Biomechanics, healthy hip joint, pathological hip joint, osteotomy, contact pressure, FEM

RIV year

2008

Released

30.11.2008

Location

Brno

ISSN

1802-1484

Journal

Engineering Mechanics

Volume

15

Number

5

Pages from–to

345–354

Pages count

10

BIBTEX


@article{BUT48546,
  author="Tomáš {Návrat} and Martin {Vrbka} and Zdeněk {Florian} and Zbyněk {Rozkydal},
  title="Strain-stress analysis of pathological hip joint after osteotomy",
  journal="Engineering Mechanics",
  year="2008",
  volume="15",
  number="5",
  month="November",
  pages="345--354",
  address="Brno",
  issn="1802-1484"
}