Molecular dynamic modelling of the combined influence from strain rate and temperature at tensile loading of nanosized single crystal Cu beams
It is well-known and experimentally confirmed that the mechanical response of small enough structures, with linear measures typically below about 100 nm, differs from the response at macro scale. In addition to size effects, the crystallographic orientation of the material becomes increasingly important at this scale. This paper investigates the combined influence of strain rate and temperature on
