Detail publikace

Sensitivity Analysis of the Initial Imperfections Influence on the Stress State in the Crack Prone Areas of Breathing Webs

Originální název

Sensitivity Analysis of the Initial Imperfections Influence on the Stress State in the Crack Prone Areas of Breathing Webs

Anglický název

Sensitivity Analysis of the Initial Imperfections Influence on the Stress State in the Crack Prone Areas of Breathing Webs

Jazyk

en

Originální abstrakt

The sensitivity analysis enabled us to assess the relative sensitivity of the random variability of a phenomenon studied (load-carrying capacity, stress state, etc.) to the random variability of individual input quantities (yield strength, initial web curvature, etc.). An evaluation of the sensitivity analysis by applying experimental results would be one among the possibilities to be chosen. For the evaluation of the sensitivity analysis mentioned, all the girder characteristics (yield strength, etc.) obtained experimentally by non destructive methods would be needed but it is practically impossible.

Anglický abstrakt

The sensitivity analysis enabled us to assess the relative sensitivity of the random variability of a phenomenon studied (load-carrying capacity, stress state, etc.) to the random variability of individual input quantities (yield strength, initial web curvature, etc.). An evaluation of the sensitivity analysis by applying experimental results would be one among the possibilities to be chosen. For the evaluation of the sensitivity analysis mentioned, all the girder characteristics (yield strength, etc.) obtained experimentally by non destructive methods would be needed but it is practically impossible.

BibTex


@inproceedings{BUT21019,
  author="Zdeněk {Kala} and Jiří {Kala} and Miroslav {Škaloud} and Břetislav {Teplý}",
  title="Sensitivity Analysis of the Initial Imperfections Influence on the Stress State in the Crack Prone Areas of Breathing Webs",
  annote="The sensitivity analysis enabled us to assess the relative sensitivity of the random variability of a phenomenon studied (load-carrying capacity, stress state, etc.) to the random variability of individual input quantities (yield strength, initial web curvature, etc.). An evaluation of the sensitivity analysis by applying experimental results would be one among the possibilities to be chosen. For the evaluation of the sensitivity analysis mentioned, all the girder characteristics (yield strength, etc.) obtained experimentally by non destructive methods would be needed but it is practically impossible.",
  booktitle="EUROsteel",
  chapter="21019",
  year="2005",
  month="october",
  pages="47--54",
  type="conference paper"
}