Atom probe tomography (APT) analysis of copper-strengthened steels was performed to
elucidate the strengthening mechanism due to precipitated copper particles. The …

We describe here the aging characteristics and strengthening behavior of a low-carbon
medium-Mn Cu precipitation-strengthened steel. Atom probe tomography (APT) was …

ABSTRACT The Cu and NiAl nanoscale precipitation and interfacial segregation in the
martensite and austenite phases within a high-strength steel were studied by atom-probe …

The precipitation behavior of Cu-NiAl nanoscale particles in a high strength low alloy steel
and their effect on mechanical properties are studied systemically by atom probe …

High-dispersed nanoscale Cu precipitates often contribute to extremely high strength due to
precipitation hardening, and whereas usually lead to degraded toughness for especially …

Abstract Precipitation strengthening of Cu/NiAl co-precipitates and its influence on
mechanical properties in the martensite-austenite dual-phase steels under aging treatment …

Abstract Effect of Mo element on the precipitation behavior of nanoscale Cu-rich particles in
Cu-bearing low carbon high strength steels was investigated in this work. The addition of …

Precipitation of Cu in iron and steel is a well-known phenomenon and it might have a
potential to achieve better strength-ductility balance than conventional high-strength steels …

The particle size dependence of the interaction force per TiC particle was experimentally
evaluated from the amount of particle strengthening and the particle spacing. The amount of …

A three-dimensional (3D) knowledge of the atomic-scale structure is necessary for improving
the design and understanding of modern materials with complex microstructures, such as …