Sentence examples for multiple site damage from inspiring English sources

Multiple site damage is the occurrence of small fatigue cracks at several sites within aging aircraft structures.

This paper proposes a comprehensive seven-stage life prediction model for the reliability analysis of aging aircraft structures under multiple site damage (MSD) due to corrosion fatigue.

Longitudinal lap splices from several types of transport aircraft pressure cabins were disassembled and investigated for Multiple Site Damage (MSD) fatigue cracking and corrosion.

Combined with the Crack Tip Opening Angle (CTOA) criterion, the unified method is used to predict the crack growth behavior and residual strength for 2024-T3 alloynum alloy sheet with Multiple Site Damage (MSD).

Indeed, imperfect removal is considered (i.e. a crack may initiate and propagate after repair) and multiple site damage may happen (i.e. several cracks may propagate through the structure and some of then may not be repaired).

This paper presents experimental and numerical study of the fatigue crack growth of hollowed pre-notched plates with multiple site damages (MSD).

In order to study the multiple sites damage (MSD) under fatigue loading which was occurring in the airframe of aging aircraft, the digital image correlation (DIC) technique was used to evaluate MSD in the hollow pre-notched specimen with 2024-T4 alloynum alloy subjected to cyclic loading conditions.

This paper presents a theoretical and experimental study on Multiple-site Damage (MSD) crack growth behaviour in Fibre Metal Laminates (FMLs).

The multiple-site damage (MSD) phenomenon is discussed, and exemplified by the behaviour of riveted lap-joint specimens of aluminium alloy 2024-T3 alclad.

Because perfect digital copies can be made with ease and maintained in a small space, storing precious information at multiple sites can minimize damage from the fire, flood and fungus that threaten traditional media.

Notably, when examined in tdp1Δ cells, GFP-Wss1 showed multiple foci, reflecting, probably, multiple sites of DNA damage.