Abstract Martensite/ferrite (M/F) interface damage is relevant to failure of many dual-phase
(DP) steels, but the underlying microscale mechanisms remain unclear. Through an …

In particular types of layer-or lamellar-like microstructures such as pearlite and lath
martensite, plastic slip occurs favorably in directions parallel to inter-lamellar boundaries …

Abstract Martensite/ferrite (M/F) interface damage largely controls failure of dual-phase (DP)
steels. In order to predict the failure and assess the ductility of DP steels, accurate models for …

Martensitic steels are widely used as a structural material in critical components of fossil fuel
and nuclear power plants, such as boilers, pipes, and fittings. Martensitic steels are known to …

Abstract In-situ tensile Electron Channeling Contrast Imaging (ECCI) observations were
performed on low-carbon steel lath martensite to elucidate its plastic deformation …

The plastic behavior of microscale lath martensite samples is highly anisotropic. Depending
on the orientation, the deformation of such samples may be heterogeneous, with only a few …

Molecular dynamics simulation was performed to study the anisotropic mobility behavior of
hexagonal dislocation networks (HDNs) in a series of bicrystalline pure Fe samples under a …

Abstract In-situ tensile Electron Channeling Contrast Imaging (ECCI) observations were
performed on two kinds of blocks with different combinations of potentially active slip …