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In recent years, researchers have proposed damage avoidance design philosophy, instead of traditional design concept, which is inherently damage-oriented, to mitigate suffered damage of buildings.
The proposed damage models and the modeling approaches have proven to be capable of reproducing experimental results with good accuracy for the impact tests and CAI tests.
Intralaminar and interlaminar damage prediction were evaluated using proposed damage models implemented as user defined material in ABAQUS Explicit multipurpose FE code.
The verification results show that the proposed damage detection method identifies the damaged sub-structures in all of the experimental cases considered.
Numerical results for large amplitude vibrations of damaged and healthy rectangular and square plates are presented and the proposed damage index for the considered cases is calculated.
In the proposed damage detection method, mass and stiffness matrices of undamaged structure must be determined.
Several damage cases are considered to investigate the effectiveness of proposed damage localization methods.
Subsequently, the applicability and effectiveness of the proposed damage detection method are verified numerically and experimentally.
In the proposed damage detection method, real modal data are required for formulations.
Similar(2)
The proposed damage-based element formulation combines matrix structural analysis, plastic theories and concepts from continuum damage mechanics.
Then, a 3D finite element (FE) model was developed and both proposed damage-based approaches were implemented, to simulate the GFRP bond behavior.
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