Experimental protocol for nonlinear behavior characterization of cfrp materials under dynamic loadings “2279

HIGHLIGHTS

SUMMARY

    Materials under Dynamic Loadings. To improve such numerical simulations, manufacturers need reliable experimental data, especially for the dynamic loadings. Each cycle of loading-unloading allows for the characterization of the macroscopic damage variable, which represents the loss of rigidity until failure. Under dynamic loadings, these damage variables can be assessed by performing interrupted tensile tests. The jack comes into contact with the sliding system, and the specimen starts to be under tension upcomes to failure loading the specimen. The possibility of measuring the load and the strain measurement during the all-experimental protocol helpshelps . . .

     

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