2016
DOI: 10.1142/s1758825116500435
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Nano-Impact Tests with Ultra-High Strain Rate Loading Using Graphene and Ion Impact

Abstract: Strain rate is essential in study of the physics of fluids and solids undergoing deformation. State-of-art high strain rate tests have mainly been in macro-scale with an upper limit of [Formula: see text]. A graphene-based layered system is proposed to conduct nanometer-scale high strain rate testing. The process is investigated by molecular dynamics simulations. Accelerated single ion or group of ions are used to impact on the proposed system to generate ballistic or plate-like impact scenarios. The effects o… Show more

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