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Various damage detection methods have been applied and results show that a local approach was able to detect all the damage successfully and consistently.
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Both impact-induced intra- and inter-laminar damages are successfully detected, and the damage evolution throughout the thickness is also evaluated.
Damage was successfully identified for all four artificial damage cases considered.
In the case with substantially noisy measurements, detection and localization of damage are successfully realized.
The numerical simulations using the proposed damage model successfully predict the impact mechanical behavior of CARALL.
The three-dimensional fatigue damage simulation successfully predicts the characteristic mode of failure under fixed-point pulsation.
Each damage is successfully identified near regions with consistently high values of CDIs at different excitation frequencies.
In cases without noise and with moderate levels of noise; detection, localization and quantification of damage are successfully accomplished.
The paper presents a non-local damage parameter successfully applied to fatigue life assessment of the smooth specimens subjected to variable amplitude bending.
The damage is successfully identified near areas with consistently high values of CDIs at different excitation frequencies along the two 2D scan trajectories; the damage area is also identified by auxiliary CDIs.
Shear damage was successfully self-sensed in all tested beams, although all CF-based specimens started self-sensing from the beginning of loading with significantly higher changes in electrical resistivity results, unlike CNT-based specimens.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com