On the characteristic length scales associated with plastic deformation in metallic glasses
Atomistic simulations revealed that the spatial correlations of plastic displacements in three
metallic glasses, FeP, MgAl, and CuZr, follow an exponential law with a characteristic length
scale ℓ c that governs Poisson's ratio ν, shear band thickness t SB, and fracture mode in
these materials. Among the three glasses, FeP exhibits smallest ℓ c, thinnest t SB, lowest
ν, and brittle fracture; CuZr exhibits largest ℓ c, thickest t SB, highest ν, and ductile
fracture, while properties of MgAl lie in between those of FeP and CuZr. These findings …
metallic glasses, FeP, MgAl, and CuZr, follow an exponential law with a characteristic length
scale ℓ c that governs Poisson's ratio ν, shear band thickness t SB, and fracture mode in
these materials. Among the three glasses, FeP exhibits smallest ℓ c, thinnest t SB, lowest
ν, and brittle fracture; CuZr exhibits largest ℓ c, thickest t SB, highest ν, and ductile
fracture, while properties of MgAl lie in between those of FeP and CuZr. These findings …
以上显示的是最相近的搜索结果。 查看全部搜索结果