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Fatigue Prediction of Steel Structures by Means of Monitoring and Testing

Peil, U. / Mehdianpour, M. / Frenz, M.

The prediction of the life time of steel structures is an important task for the owners. The usually used models show only small reliability. The models consists of a chain of a load model, a system transfer model and a damage model. The results of these coupled models are usually unreliable, especially the influence of the unsafe load- and damage models controls the reliability of the result. It is shown that monitoring at critical points and a time reduced parallel testing leads to very sufficient results.

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Fatigue Prediction of Steel Structures by Means of Monitoring and Testing

Peil, U. / Mehdianpour, M. / Frenz, M.

The prediction of the life time of steel structures is an important task for the owners. The usually used models show only small reliability. The models consists of a chain of a load model, a system transfer model and a damage model. The results of these coupled models are usually unreliable, especially the influence of the unsafe load- and damage models controls the reliability of the result. It is shown that monitoring at critical points and a time reduced parallel testing leads to very sufficient results.

Fatigue Prediction of Steel Structures by Means of Monitoring and Testing

Peil, U. / Mehdianpour, M. / Frenz, M.

The prediction of the life time of steel structures is an important task for the owners. The usually used models show only small reliability. The models consists of a chain of a load model, a system transfer model and a damage model. The results of these coupled models are usually unreliable, especially the influence of the unsafe load- and damage models controls the reliability of the result. It is shown that monitoring at critical points and a time reduced parallel testing leads to very sufficient results.

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Title:

Fatigue Prediction of Steel Structures by Means of Monitoring and Testing

Contributors:

Peil, U. (author) / Mehdianpour, M. (author) / Frenz, M. (author)

Conference:

First US-Japan Workshop on Life-Cycle Cost Analysis and Design of Civil Infrastructure Systems ; 2000 ; Honolulu, Hawaii, United States

Published in:

Life-Cycle Cost Analysis and Design of Civil Infrastructure Systems ; 222-238

Publication date:

2001-06-22

ISBN:

DOI:

https://doi.org/10.1061/40571(304)12

Type of media:

Conference paper

Type of material:

Electronic Resource

Language:

English

Keywords:

Infrastructure , Life cycles , Steel structures , Tests , Costs , Structural design , Monitoring , Fatigue

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