During laser-based powder bed fusion, the non-equilibrium solidification conditions promote
local elemental segregation, leading to a characteristic microstructure composed of cellular …

Low-carbon martensitic stainless steels with 11.5–16 wt-% Cr and< 0.07 wt-% C are
characterised by high corrosion resistance, strength, ductility and impact toughness …

Although maraging steel materials have been widely used in the laser powder bed fusion
(LPBF) process, there are few reports on the behaviour of thermal expansion, which is an …

Correlative physical simulation, synchrotron x-ray diffraction and laser dilatometry were used
to characterize the surface and volumetric austenite reversion kinetics and stability in a Ti …

Cellular microstructure is a unique feature in alloys fabricated by selective laser melting
(SLM). Abundant efforts have been made to reveal the formation mechanism of cellular …

Controlling the amount of reverted austenite at room temperature allows for tailoring of
mechanical properties in supermartensitic stainless steels. The austenite reversion and …

The recrystallization without previous deformation is reported in literature for a small,
selected group of alloys. The present work provides evidence for the first time that the …

An extra low carbon martensitic stainless steel with 16% ultrafine grained metastable
reverted austenite was subjected to uniaxial tensile testing and investigated with in-situ …

The aim of the present work is to elaborate on the microstructural evolution of a PH 13-8 Mo
maraging steel during austenitization by using multiscale in-situ techniques, which range …

Aged maraging steels offer unique strength and toughness via the presence of finely
dispersed precipitates, allowing the material to reach values of up to 2400 MPa in yield …