mechanical environments extreme T irradiation chemistry non equilibrium

Mechanical environments extreme t irradiation

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mechanical environments extreme T , irradiation, chemistry non - equilibrium solidifications, large residue stresses and distortions
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P. D. Lane et al . PRB 85 (2012) 094111 Radiation Damage on Materials “Validating molecular dynamics with direct imaging of radiation damage debris”
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More Details Revealed by MD Simulations structural evolution during irradiation T evolution during irradiation Density evolution during irradiation Calder, et al, Phil. Mag. 90 (2010) 863
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More Details Revealed by MD Simulations time (ps) Number of Defects super - saturated vacancies (less mobile) mobile SIA clusters (close - packing direction) cascade & sub-cascade (R. Stoller, EFRC Summer school, Santa Fe, 2010) “On the origin of large interstitial clusters in displacement cascades” Calder, et al, Phil. Mag. 90 (2010) 863 (ME599 Final Project Suggestion)
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Dislocation evolution of the AlCrFeCuNi1.4 HEA under different strains: (a) 9.1%, (b) 11.7%, (c) 15.2%, (d) 18.8%, and (e) 25%. Strain rate ~ 10 9 s -1 RSC Adv. 6 (2016) 76409-76419 Defects Productions under High Impacts Shear band formation in pure Al under very high strain rate ~10 10 s -1 ( x.php/Uniaxial_Tension ) (ME599 Final Project Suggestion)
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