This paper aims to investigate experimentally and using finite element analysis the
performance of using three-dimensional printing technology to produce a composite …

A lack of primary stability and osteointegration in metallic implants may result in implant
loosening and failure. Adding porosity to metallic implants reduces the stress shielding effect …

Laser beam melting of rotors of soft-magnetic iron-silicon-based alloys with a graded cross-
section promises a significant reduction of power losses during the operation of electric …

The present study aimed at understanding the influences of structural parameters on the
mechanical properties of Pyramidal Kagome (PK) lattice material under impact loading …

Ti6Al4V porous scaffolds of two unit cell geometries (reentrant and cubic) were investigated
as candidates for load-bearing biomedical applications. Samples were fabricated using an …

Additive manufacturing (AM) is gaining relevance for the freedom it gives to designers in
experimenting topologically optimized components, especially those having lattice …

The hybrid additive manufacturing which involves direct metal deposition and high-speed
milling has been considered as an effective process to make high performance products …

The design and analysis of lattice structures manufactured using additive manufacturing
technique is a new approach to create lightweight high-strength components. However, it is …

Cellular structures produced by additive manufacturing techniques, such as selective laser
melting, enable for realizing parts of high specific strength and stiffness. In dependence of …

Recent developments of additive manufacturing (AM) have extended its application to the
direct fabrication of functional parts. Owing to design flexibility and complexity, design for AM …