In additive manufacturing (AM), printing defects or columnar-coarse grains due to an
inappropriate process parameter often damage the mechanical properties of AM metals …

Additive manufacturing (AM) enables the cost‐effective production of complex components,
many of which are traditionally manufactured using costly subtractive processes. During …

This paper presents the results of experimental research on the strength properties of
porous structures with different degrees of density manufactured of Ti6Al4V titanium alloy by …

This work concerns the numerical modeling of the deformation process and mechanical
properties of structures obtained by the additive method laser power bed fusion (LPBF). The …

Degraded fatigue performance has been frequently reported for metallic materials at
elevated temperatures, which is further deteriorated by reducing the loading frequency due …

For the first time, the fatigue crack growth resistance of 316L stainless steel, fabricated by
laser engineered net sha** (LENS) process, was investigated through in-situ SEM. The …

The irradiation swelling of U-10Mo fuels is one of the critical factors to affect the in-pile
structural integrity and dimensional stability of fuel plates. In this study, a mechanistic model …

The present work is concerned with the numerical modelling of the cyclic behaviour of Ti-6Al-
4V lattice structures. In the study, diamond structures of titanium alloy produced by the …

Porous materials are indispensable in biomedical and chemical catalysis fields, but it is still
a challenging task to fabricate them with excellent permeability and mechanical properties at …

In this work, a quaternary elemental Fe–Mn–Al–C powder compact was sintered at various
temperatures (≤ 700° C) in vacuum, in order to clarify Al particle-involved pore evolution …