High cost of metal powders has increased the demand for recycling of unmelted powder in
electron beam powder bed fusion additive manufacturing process. However, powder …

This study presents an investigation on the effects of building direction on microstructure,
dynamic mechanical properties, and deformation mechanisms of electron beam melted Ti …

In this work, the effect of built direction on the small-scale mechanical properties and
microstructure of a novel maraging stainless steel (SS-CX) manufactured through the …

In this study, C300 metal powders containing two different Ti contents (0.72 and 1.17 wt%)
were used to additively manufacture maraging steel samples in both horizontal and vertical …

Abstract Cylindrical rods of Ti–6Al–4V (Ti64) alloy were additively produced using the
electron beam melting (EBM) process in the horizontal and vertical directions. Optical …

This paper presents a study that aims to modify the interfacial characteristics of maraging
steel-H13 bimetal structures through heat treatment procedures. Laser powder bed fusion …

Electron beam melting technique is a kind of near-net sha**, environmentally friendly
metal additive manufacturing technique, which can form high-performance metal parts with …

This study presents an investigation on the effect of elevated (700 s− 1) and high strain rate
(2100 s− 1) on the dynamic mechanical properties and deformation mechanisms of electron …

The results of an investigation on the influence of strain rate on the microstructural and
texture evolution, adiabatic shear band characterization, and deformation mechanism of …

Microstructural analysis and electrochemical measurements were carried out on longitudinal
and transverse planes of an additively manufactured (AM) Ti–6Al–4V rod printed in the …