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The experimental strain data, together with a specific fatigue curved experimentally defined provided the input of a Finite Element Model of the repaired structure and resulted in the expected fatigue life of the repair metal-composite interface.
For experimental strain verification, circular grid method was used.
Finite element model predictions are validated against preliminary experimental strain measurements for existing experimental enclosures.
The digital image correlation technique gives the experimental strain distribution at the mesoscopic level.
Finally, the experimental strain gauge-based three-component sensor is developed and calibrated.
Even if the case fatality rate of this experimental strain were much lower, the consequences of a pandemic would be terrible.
The single input-multiple output formulation was validated using experimental strain measurements of hammer pulse tests.
Full-field strains along the free-edge were predicted and compared to experimental strain data.
Experimental strain measurements on such a structural component under sprayer service conditions have been performed.
Using an empirical combination rule, the contributions of different geometrical uncertainties to the overall experimental strain error are estimated.
Starting from an initial value, these parameters are updated till the computed strain field matches the experimental strain field.
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