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Extra info for Adiabatic shear localization : occurrence, theories and applications
47] performed geometry experiments with pre-shocked materials (304 and 316L) with the same hat-shaped specimen. The pre-shocked material condition shows a higher yield stress and a shorter strain-hardening stage as unshocked material. The failure strain is also lower in contrast to the unshocked state. Lins et al.  also used a hat-shaped specimen with an additional compression stress to investigate a hot-rolled, interstitial-free steel in a Hopkinson assembly with different deformation limits to investigate the microstructural appearances of shear bands.
The development of shear bands was determined by microscopy and finite element simulations of the compression/shear specimen. Pursche  and Pursche and Meyer  examined different quenched and tempered steels with different heat-treatment conditions with a hardness range between 300 and 600 HB. The propensity of adiabatic shear failure of the materials was determined with the bi-axial dynamic compression/shear test. 24). Under static loading, both tempering conditions can be deformed to the prescribed deformation limit without failure.
48B) has a narrower cross section for the shear zone obtained. 46 Double-shear specimen, according to Campbell and Ferguson . 47 SHPB apparatus, according to Campbell and Ferguson . 48 Double-shear specimen, according to Harding and Huddart . For this behaviour, the increasing adiabatic condition is possible. The shear behaviour is more accurately expressed with the modified specimen. 46) as Campbell and Ferguson  and cited in ASM Handbook No. 49) with relatively high velocities with a tubular transmitter bar for a low-alloy steel.