Sentence examples for structure condition assessment from inspiring English sources

This paper describes the sensitivity-analysis-based FE model updating method and its application to structure condition assessment with particular reference to bridges, including specific considerations for FE modeling for updating and the model updating procedure for successful condition assessment.

Time domain structural condition assessment methods have been studied extensively in the last two decades due to their effectiveness in dealing with limited and short duration measurements from a structure under operational conditions.

Finite element model updating is the important foundation of structural damage detection, condition assessment for engineering structure.

The database and insights developed from the present work will be useful for cracking damage-tolerant design of steel-plated structures and also for condition assessment or health monitoring of aging steel-plated structures.

The insights developed from the present work will be useful for cracking damage-tolerant design of steel-plated structures and also for health monitoring or condition assessment of aging steel-plated structures with cracking damages.

The acoustic emission (AE) and travel time tomography (TTT) techniques are promising elastic waves-based diagnosis approaches for condition assessment of structures.

There was satisfactory agreement between the results of AE parametric analysis and tomographic reconstruction, suggesting the feasibility of integrating the two techniques for a more comprehensive and effective condition assessment of structures.

Particularly, due to the fact that many bridge structures are getting old and partly reach the end of their useful life, the control and condition assessment of bridge structures have become very important and essential.

The use of field instrumentation for condition assessment of geo-structures or to monitor the on-site behavior of foundations, soils, embankments, and structures is being required more and more on many projects.

A methodology is described for global and local health condition assessment of structural systems using ambient vibration response of the structure collected by sensors.

Development of methodology for accurate and reliable condition assessment of civil structures has become increasingly important.