Publication detail

Stress - strain analysis of an aging motion segment of the ligamentous spine under physiologic compression

HUDEČEK, D. FLORIAN, Z.

Original Title

Stress - strain analysis of an aging motion segment of the ligamentous spine under physiologic compression

English Title

Stress - strain analysis of an aging motion segment of the ligamentous spine under physiologic compression

Type

conference paper

Language

en

Original Abstract

Summary: This paper deals with implementation stress-strain analysis of the lumbar motion segment of the human spine. Individual vertebral elements are modeled base on the 4. and the 5. CT slices of the lumbar spondyle. Mechanical interaction in joint section of spine between spondyles is modeled by using contact elements. The arthral contact was supported with respect to complication of geometry by creating of cartilage with suitable thickness. This analysis is made by using FEM software ANSYS for a three variations. The results of this analysis contribute to view about effort of the vertebral segment.

English abstract

Summary: This paper deals with implementation stress-strain analysis of the lumbar motion segment of the human spine. Individual vertebral elements are modeled base on the 4. and the 5. CT slices of the lumbar spondyle. Mechanical interaction in joint section of spine between spondyles is modeled by using contact elements. The arthral contact was supported with respect to complication of geometry by creating of cartilage with suitable thickness. This analysis is made by using FEM software ANSYS for a three variations. The results of this analysis contribute to view about effort of the vertebral segment.

RIV year

2006

Released

15.05.2006

Publisher

Akademie věd ČR

Location

Praha

ISBN

80-86246-27-2

Book

ENGINEERING MECHANICS 2006

Pages from

122

Pages to

123

Pages count

2

Documents

BibTex


@inproceedings{BUT18765,
  author="David {Hudeček} and Zdeněk {Florian}",
  title="Stress - strain analysis of an aging motion segment of the ligamentous spine under physiologic compression",
  annote="Summary:  This paper deals with implementation stress-strain analysis of the lumbar motion segment of the human spine. Individual vertebral elements are modeled base on the 4. and the 5. CT slices of the lumbar spondyle. Mechanical interaction in joint section of spine between spondyles is modeled by using contact elements. The arthral contact was supported with respect to complication of geometry by creating of cartilage with suitable thickness. This analysis is made by using FEM software ANSYS for a three variations.  The results of this analysis contribute to view about effort of the vertebral segment.",
  address="Akademie věd ČR",
  booktitle="ENGINEERING MECHANICS 2006",
  chapter="18765",
  institution="Akademie věd ČR",
  year="2006",
  month="may",
  pages="122",
  publisher="Akademie věd ČR",
  type="conference paper"
}