Ductility is one of the most important mechanical properties for metallic structural materials. It
is measured as the elongation to failure of a sample during standard uniaxial tensile tests …

The recent progress in investigation techniques and the accumulation of relevant simulation
results across the scales allow the development of a multiscale modeling framework for the …

The present research is the first attempt to systematically quantify the dislocation-precipitate
interaction in terms of the applied shear stress, precipitate resistance, and required time to …

In the present investigation, a generalized framework to capture the effect of precipitate habit
plane and crystallographic texture of the matrix on plastic anisotropy of precipitation …

It is well known that Cu precipitates are formed by neutron irradiation of Fe single bond Cu
alloys, which are the model alloys of reactor pressure vessels (RPVs), and Cu precipitates …

Ferritic–martensitic steels alloyed with chromium and containing nickel impurities are
considered as promising structural materials for nuclear and thermonuclear power …

In order to study the contribution of manganese (Mn) atoms in copper (Cu) precipitates to
hardening in body centered cubic (BCC) structure iron (Fe) matrix, the interactions of a 1/2< …

abstract Ductility is one of the most important mechanical properties for metallic structural
materials. It is measured as the elongation to failure of a sample during standard uniaxial …

Ферритно-мартенситные стали, легированные хромом и содержащие примеси никеля,
рассматриваются в качестве перспективных конструкционных материалов для ядерной …

The paper addresses the creation of strong circular dichroism from a femtosecond laser light
with a linear polarization strongly focused in silica glass and perpendicular incidence. All …