Sentence examples for techniques of damage from inspiring English sources

In-situ micro fatigue bending couples the cyclic evolution of bulk mechanical properties measurements with real-time electron microscopy analysis techniques of damage and failure mechanisms, which renders it a powerful method for developing novel fatigue resistant materials.

This study investigates two thermographic testing techniques with the aim of providing an in situ characterization technique of damage during fatigue testing of the mentioned CFRP specimens.

This technique is capable of damage diagnosis with limited, spatially incomplete modal data.

The main merits of EMI technique for damage detection are its high frequency actuation feature and non-model based, so it can detect the occurrence of structural damage and is sensitive to small damage.

The present 2-D CWT-based algorithm is among a few limited studies in the literature to explore the application of 2-D wavelets in damage detection, and as demonstrated in this study, it can be used as a viable and effective technique for damage identification of plate- or shell-type structures.

Retrofitting proposals are introduced into the FE model both with and without the fatigue induced cracking to investigate improvements in the fatigue performance of the old and new girders, as well as techniques of repairing existing damage.

Each of these techniques pose varying degrees of damage to the periosteum and bone marrow.

Damage localization approaches based on changes of flexibilities constitute an important technique for damage detection.

Multiple impact tests showed the suitability of the developed damage mapping-technique for the characterisation of damage propagation regarding interlaminar delaminations and surface near matrix cracks.

The results show two stages of corrosion process and also indicate that, cumulative signal strength can be used as a promising parameter of AE technique to monitor progress of damage in RC due to corrosion.

The structural inspection often requires application of non-destructive techniques for localization of damages, and for validation of the structural integrity.