Abstract The applications of Additive Manufacturing (AM) have been grown up rapidly in
various industries in the past few decades. Among them, aerospace has been attracted …

Technical advantages of additive manufacturing (AM) have drawn great attention over the
past few years. This cost-effective manufacturing process proved its potential applications in …

This study compares and analyzes the morphology, size, oxygen content, and microstructure
of virgin and recycled powders after six iterations to assess the mechanical properties of the …

Post-heat treatment is generally adopted in the additive manufacturing field due to its
alleviation of high residual stress and modification of rapid-solidified multilevel …

In this study, a multi-scale model that integrates a macro-scale transient three-dimensional
mass and heat transfer model and a micro-scale thin-interface phase-field model is …

Defect detection in additive manufacturing (AM) is of paramount importance to improve the
reliability of products. Nondestructive testing is not yet widely used for defect detection. The …

Defects or discontinuities are inevitable during the melting and consolidation process of
metal additive manufacturing. Online inspection of microdefects during the processing of …

During the last decades, structural health monitoring (SHM) systems are used in order to
detect damage in structures. We have developed a novel structural health monitoring …

A noncontact and nondestructive method based on laser ultrasound is proposed for
evaluation of porosity in additive manufacturing components. The 304L stainless steel …

The laser powder bed fusion (L-PBF) method of additive manufacturing (AM) is increasingly
used in various industrial manufacturing fields due to its high material utilization and design …