Characterization of Compressive Damage Behavior of Steel and Aluminum
- Mohammad R. Allazadeh
- Maher K. Itani
- Sylvanus N. Wosu
AbstractCompressive deformation is imposed on aluminum cast 195-76 and ferritic stainless steel 18-8specimens at high strain rateusing perforation split Hopkinson pressure bar (P-SHPB).The energy levels and the compressive dynamic failure behavior of the materials were investigated at high strain rate deformation between 950 and 5700 s-1. This paper investigates the effects of specimen’s thickness andimpact energy on failure behavior with correlation of P-SHPB and SHPB.The relationship of different damage mode can be followed with the stress-strain relationship, strain rate and energy absorbed by steel and aluminum specimens.
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Google-based Impact Factor (2017): 5.94
h-index (January 2018): 13
i10-index (January 2018): 20
h5-index (January 2018): 12
h5-median (January 2018): 26
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