Metal additive manufacturing (AM) is an emerging technology with great potential for the
fabrication of components with highly complex shapes at low cost. Its broad implementation …

In the rapidly evolving field of additive manufacturing (AM), the predictability of part
properties is still challenging due to the inherent multiphysics complexity of the technology …

In this work, a new approach is developed to integrate a particle-based (seed crystals)
nucleation mechanism into the Cellular Automata (CA) simulation of powder-bed laser beam …

The current study reports the application of a novel integrated process-structure-property
approach in laser powder bed fusion (LPBF) additive manufacturing of stainless steel …

This paper aims at an in-depth analysis of grain structure and texture of 316 L austenitic
stainless steel produced by the powder bed based additive manufacturing in three …

Physics-informed machine learning is emerging through vast methodologies and in various
applications. This paper discovers physics-based custom loss functions as an …

A computational approach to simulating the deformation response of additively
manufactured aluminum alloys is presented. A three-dimensional microstructure with the …

A physically-based approach is proposed for evaluating the microstructure-to-property
linkage of AlSi10Mg produced by Laser Powder Bed Fusion (L-PBF). The approach includes …

Despite the fact that the additive manufacturing (AM) technique has been established for
almost two decades, its optimisation is still performed by trial and error experimentation. In …

The microstructures of additively manufactured Sc-and Zr-modified aluminum alloys are
significantly influenced by the nucleation role of solid intermetallic particles in undercooled …