Publication detail

The belt chamber computational model and its verification by strain gauge measurement.

VRBKA, J.

Czech title

Výpočtový model složené nádoby a jeho verifikace pomocí tenzometrického měření.

English title

The belt chamber computational model and its verification by strain gauge measurement.

Type

journal article - other

Language

en

Original abstract

A sophistificated elastic-plastic computational model for stress, strain and safety analysis of the belt compound vessel has been proposed using finite element method (FEM). Important presumptions of the computational model (axial symmetry of stress and strain state, plane symmetry etc.) have been verified making use of the strain gauge measurement.

Czech abstract

Byl vytvořen sofistikovaný elasticko-plastický výpočtový model pro napěťovou, deformační a bezpečnostní analýzu složené tlakové nádoby pomocí metody konečných prvků (MKP). Důležité předpoklady výpočtového modelu (osová symetrie pole napětí a deformací, rovinná symetrie atd.) byly verifikovány pomocí tenzometrického měření.

English abstract

A sophistificated elastic-plastic computational model for stress, strain and safety analysis of the belt compound vessel has been proposed using finite element method (FEM). Important presumptions of the computational model (axial symmetry of stress and strain state, plane symmetry etc.) have been verified making use of the strain gauge measurement.

Keywords in Czech

Elasticko-plastická analýza, metoda konečných prvků, tenzometrické měření.

Keywords in English

Elastic-plastic analysis, finite element method, strain gauge measurement.

RIV year

1994

Released

01.01.1994

Publisher

Gordon and Breach Science Publishers S.A.

ISSN

0895-7959

Volume

13

Number

3

Pages from–to

153–157

Pages count

5

BIBTEX


@article{BUT37750,
  author="Jan {Vrbka},
  title="The belt chamber computational model and its verification by strain gauge measurement.",
  year="1994",
  volume="13",
  number="3",
  month="January",
  pages="153--157",
  publisher="Gordon and Breach Science Publishers S.A.",
  issn="0895-7959"
}