1989Structural Design, Analysis and TestingRequires access

Reliability Models for Bridge Structures

Andrzej S. Nowak

Open publisher page 1 citations

Abstract

The development of rational design criteria requires efficient measures of structural performance. Traditional methods of analysis do not reveal the actual safety reserve (degree of redundancy). Load and resistance parameters are random variables. Therefore, probabilistic methods are used to model behavior of bridges. The paper provides a review of the available methodology, including reliability measures, load models and resistance models for girder bridges.

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What this paper is about

The development of rational design criteria requires efficient measures of structural performance. Traditional methods of analysis do not reveal the actual safety reserve (degree of redundancy). Load and resistance parameters are random variables. Therefore, probabilistic methods are used to model behavior of bridges. The paper provides a review of the available methodology, including reliability measures, load models and resistance models for girder bridges.

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Available abstract

The development of rational design criteria requires efficient measures of structural performance. Traditional methods of analysis do not reveal the actual safety reserve (degree of redundancy). Load and resistance parameters are random variables. Therefore, probabilistic methods are used to model behavior of bridges. The paper provides a review of the available methodology, including reliability measures, load models and resistance models for girder bridges.

Key concepts: Reliability engineering, Bridge (graph theory), Reliability (semiconductor), Redundancy (engineering), Structural reliability, Probabilistic logic, Computer science, Structural engineering

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