A novel original method of determination of stresses and critical resolved shear stresses
(CRSSs) using neutron diffraction was proposed. In this method, based on the crystallite …

The nucleation, evolution and coalescence of voids is the well-established mechanism
leading to ductile fracture under tension-dominated loading conditions. From a theoretical …

The heterogeneous deformation behavior of austenite and ferrite in the 2205 duplex
stainless steel was subjected to multiscale analysis based on the in situ synchrotron-based …

Two duplex TRIP-assisted stainless steels have been investigated showing distinct γ (face
centered cubic)→ ε (hexagonal close-packed)→ α′(body centered cubic) transformation …

To better understand and predict the mechanical properties of additive manufacturing (AM)
Al–Si–Mg alloys, developing a physically-based constitutive model is crucial. Among …

This work aims to reveal the inherent dependency between the heterogeneous
microstructure induced by the metallurgical transformation during welding of 2205 duplex …

In this study, in-situ neutron diffraction and finite element (FE) analysis were employed to
analyze the mechanical behavior of SiC/Al composites with 9 (M9) and 25 (M25) vol% SiC …

This work aims at revealing the deformation mechanism of a newly developed Fe-18Ni-5Mo-
2Cr-1.2 Ti-0.6 V maraging steel with high strength and good ductility via in-situ synchrotron …

Synchrotron X-ray diffraction was applied to study the evolution of lattice strain and stresses
in both phases of pearlitic steel during a tensile test. The advantage of the methodology …

This paper performed experimental and analytical investigations on the synthetical effect of
material inhomogeneity and welding defects on the fatigue behavior of 2205 duplex …