Detail publikace

Strain-stress analysis of lower limb with applied fixator

MRÁZEK, M. FLORIAN, Z. VESELÝ, R. BORÁK, L.

Originální název

Strain-stress analysis of lower limb with applied fixator

Anglický název

Strain-stress analysis of lower limb with applied fixator

Jazyk

en

Originální abstrakt

Treatment of complicated fractures is much more difficult than the treatment of simple fractures. Bone tissue but also soft tissue injuries happen in most cases. That is why plaster bandage cannot be used for fracture fixation. Fixators are used to fixate the fractured bones in this case. Fixators are furthermore used in the treatment of limb imperfections where damaged area must be overbridged. The fixation has principal influence on quality of bone concretion. Fixator must be able to transport the load arising during walking. Stiffness of a system fixator: bone should be the same as stiffness of single bone. The second criteria of fixator functionality is no overloading of bone tissue during the treatment. Two types of the most often applied fixators were studied in terms of suggestion from Trauma Hospital of Brno. Both fixators belong to the category of axial fixators. This paper is concerned with the study of stiffness of two systems fixator: bone via strain-stress analysis and their comparison with physiological state of bone.

Anglický abstrakt

Treatment of complicated fractures is much more difficult than the treatment of simple fractures. Bone tissue but also soft tissue injuries happen in most cases. That is why plaster bandage cannot be used for fracture fixation. Fixators are used to fixate the fractured bones in this case. Fixators are furthermore used in the treatment of limb imperfections where damaged area must be overbridged. The fixation has principal influence on quality of bone concretion. Fixator must be able to transport the load arising during walking. Stiffness of a system fixator: bone should be the same as stiffness of single bone. The second criteria of fixator functionality is no overloading of bone tissue during the treatment. Two types of the most often applied fixators were studied in terms of suggestion from Trauma Hospital of Brno. Both fixators belong to the category of axial fixators. This paper is concerned with the study of stiffness of two systems fixator: bone via strain-stress analysis and their comparison with physiological state of bone.

Dokumenty

BibTex


@article{BUT50287,
  author="Michal {Mrázek} and Zdeněk {Florian} and Radek {Veselý} and Libor {Borák}",
  title="Strain-stress analysis of lower limb with applied fixator",
  annote="Treatment of complicated fractures is much more difficult than the treatment of simple fractures.
Bone tissue but also soft tissue injuries happen in most cases. That is why plaster bandage
cannot be used for fracture fixation. Fixators are used to fixate the fractured bones in this case.
Fixators are furthermore used in the treatment of limb imperfections where damaged area must
be overbridged. The fixation has principal influence on quality of bone concretion.
Fixator must be able to transport the load arising during walking. Stiffness of a system
fixator: bone should be the same as stiffness of single bone. The second criteria of fixator
functionality is no overloading of bone tissue during the treatment.
Two types of the most often applied fixators were studied in terms of suggestion from
Trauma Hospital of Brno. Both fixators belong to the category of axial fixators. 
This paper is concerned with the study of stiffness of two systems fixator: bone via
strain-stress analysis and their comparison with physiological state of bone.",
  address="University of West Bohemia",
  chapter="50287",
  institution="University of West Bohemia",
  journal="Applied and Computational Mechanics",
  number="1",
  volume="4",
  year="2010",
  month="july",
  pages="67--78",
  publisher="University of West Bohemia",
  type="journal article - other"
}