A Discrete Element Method model, including interparticle cohesive forces, was calibrated and validated to develop a tool to predict the powder layer’s quality in the powder bed fusion process. An elas
The printing parameters of laser powder bed fusion techniques should be optimised in a way to minimize magnitude of residual stresses. Eigenstrain theory provides an alternative for 3D residual stress
The next generation of advanced fusion reactors requires high-performance reduced activation ferrite/martensite (RAFM) steel parts. Here, we propose a new process strategy to achieve high strength-duc
This dataset contains Comsol models and data used to generate the results discussed in the paper "Between science and art: thin sound absorbers inspired by Slavic ornaments" by A.O. Krushynska
The experiment tested powder based Additive Manufacturing (AM) and in particular powder bed fusion technologies in an environment with reduced gravity.
