Publication detail

ANALYSIS OF ACCURACY OF BIAXIAL TESTS BASED ON COMPUTATIONAL SIMULATIONS

SLAŽANSKÝ, M. POLZER, S. BURŠA, J.

Original Title

ANALYSIS OF ACCURACY OF BIAXIAL TESTS BASED ON COMPUTATIONAL SIMULATIONS

English Title

ANALYSIS OF ACCURACY OF BIAXIAL TESTS BASED ON COMPUTATIONAL SIMULATIONS

Type

conference paper

Language

en

Original Abstract

Design and arrangement of biaxial testing rig has (together with the shape and size of the specimen) a significant influence on the quality of the measured data which are needed for constitutive models of soft tissues. The objective of the paper is to specify binding elements and range of their parameters (numbers, positions and sizes of hooks or clamps, specimen size, stiffness), which can guarantee plausible measured data when a square-shaped specimen is used for biaxial testing.

English abstract

Design and arrangement of biaxial testing rig has (together with the shape and size of the specimen) a significant influence on the quality of the measured data which are needed for constitutive models of soft tissues. The objective of the paper is to specify binding elements and range of their parameters (numbers, positions and sizes of hooks or clamps, specimen size, stiffness), which can guarantee plausible measured data when a square-shaped specimen is used for biaxial testing.

Keywords

biaxial testing, soft tissue, finite element model, clamp, hook

RIV year

2015

Released

29.06.2015

Publisher

CMBE, Zeta Computational Resources Ltd.Swansea, United-Kingdom

Location

Swansea, United-Kingdom

ISBN

978-0-9562914-3-1

Book

CMBE15 4th International Conference on Computational & Mathematical Biomedical Engineering

Pages from

168

Pages to

171

Pages count

4

Documents

BibTex


@inproceedings{BUT115882,
  author="Martin {Slažanský} and Stanislav {Polzer} and Jiří {Burša}",
  title="ANALYSIS OF ACCURACY OF BIAXIAL TESTS BASED ON COMPUTATIONAL SIMULATIONS
",
  annote="Design and arrangement of biaxial testing rig has (together with the shape and size of the specimen) a significant influence on the quality of the measured data which are needed for constitutive models of soft tissues. The objective of the paper is to specify binding elements and range of their parameters (numbers, positions and sizes of hooks or clamps, specimen size, stiffness), which can guarantee plausible measured data when a square-shaped specimen is used for biaxial testing.",
  address="CMBE, Zeta Computational Resources Ltd.Swansea, United-Kingdom",
  booktitle="CMBE15
4th International Conference on Computational & Mathematical
Biomedical Engineering",
  chapter="115882",
  howpublished="print",
  institution="CMBE, Zeta Computational Resources Ltd.Swansea, United-Kingdom",
  year="2015",
  month="june",
  pages="168--171",
  publisher="CMBE, Zeta Computational Resources Ltd.Swansea, United-Kingdom",
  type="conference paper"
}