Detail publikace

Life cycle reliability assessment based on advanced structural

Originální název

Life cycle reliability assessment based on advanced structural

Anglický název

Life cycle reliability assessment based on advanced structural

Jazyk

en

Originální abstrakt

A complex approach to life cycle reliability assessment of concrete bridges is presented. It consists of three basic parts: nonlinear modeling of concrete, reliability calculation, and degradation aspects. The software system SARA - Structural Analysis and Reliability Assessment - integrates nonlinear finite element software ATENA with stochastic and reliability program FREET into an advanced engineering tool which can be used for reliability assessment of structures based on an advanced nonlinear computer simulation. Degradation phenomena are formalized in a special version of statistical software FREET-D. The methodology, computational methods and software tools are briefly described.

Anglický abstrakt

A complex approach to life cycle reliability assessment of concrete bridges is presented. It consists of three basic parts: nonlinear modeling of concrete, reliability calculation, and degradation aspects. The software system SARA - Structural Analysis and Reliability Assessment - integrates nonlinear finite element software ATENA with stochastic and reliability program FREET into an advanced engineering tool which can be used for reliability assessment of structures based on an advanced nonlinear computer simulation. Degradation phenomena are formalized in a special version of statistical software FREET-D. The methodology, computational methods and software tools are briefly described.

BibTex


@inproceedings{BUT24776,
  author="Radomír {Pukl} and Vladimír {Červenka} and Drahomír {Novák} and Břetislav {Teplý} and Alfred {Strauss} and Konrad {Bergmeister}",
  title="Life cycle reliability assessment based on advanced structural",
  annote="A complex approach to life cycle reliability assessment of concrete bridges is presented. It consists of three basic parts: nonlinear modeling of concrete, reliability calculation, and degradation aspects. The software system SARA - Structural Analysis and Reliability Assessment - integrates nonlinear finite element software ATENA with stochastic and reliability program FREET into an advanced engineering tool which can be used for reliability assessment of structures based on an advanced nonlinear computer simulation. Degradation phenomena are formalized in a special version of statistical software FREET-D. The methodology, computational methods and software tools are briefly described.",
  booktitle="IABMAS",
  chapter="24776",
  year="2006",
  month="august",
  pages="529--530",
  type="conference paper"
}