[IS] IS1 Frontiers in Structural Materials Research through Advanced Measurement Techniques

9:35 AM - 10:05 AM JST(12:35 AM - 1:05 AM UTC)

[IS2] From Solids to Ice: Micromechanics of Copper Microarchitectures Across Extreme Conditions

○Sung-Gyu Kang^1,2 (1. Gyeongsang National University, 2. Max-Planck-Institute for Sustainable Materials)

Keywords:

Microadditive manufacturing,Extreme Micromechanics,Deformation mechanisms

Extreme micromechanics of additively manufactured copper microarchitectures are investigated under varying strain rates and temperatures, revealing twinning- and slip-dominated deformation of copper and size-dependent strengthening of confined ice.