Laser powder bed fusion (LPBF) is one class of metal additive manufacturing (AM) used to
fabricate high-quality complex-shape components. This technology has significantly …

Metal lattices are an important class of cellular materials that offer great advantages by
providing high-strength and lightweight structures as compared to bulk materials. Progress …

The amount of attention paid to in-situ monitoring in Additive Manufacturing (AM) has
significantly increased over the last few years, paving the way to a paradigm shift for quality …

Traditional heat sinks and exchangers employ internal structures like fins and plates, but
recently, structures formed from Triply Periodic Minimal Surfaces have shown promise in …

One of the challenges of manufacturing hollow parts featuring internal lattice structures by
using material extrusion is to achieve geometric accuracy of the internal geometries. In this …

As advanced production capabilities are moving towards novel types of geometries as well
as higher customization demands, a new and more efficient approach for process and part …

Abstract Additively manufactured Triply Periodic Minimal Surfaces (TPMS), walled gyroid
structures (WGS) in particular, have garnered research and industry attention recently …

The production of overhanging surfaces in Laser Powder-Bed Fusion (LPBF) has long been
a challenging task due to poor heat dissipation and lack of support of loose powder …

The long-term sustainability of the Additive Manufacturing (AM) industry not only depends on
the ability to produce parts with reproducible quality and properties to a large extent but also …

We consider a common problem occurring after using a statistical process control (SPC)
method based on three-dimensional measurements: locate where on the surface of the part …