Fused deposition modeling (FDM) is one of the most common 3D printing technologies and
is becoming a well-established production method. Short fiber-reinforced polymers …

Mechanical strength of 3D-printed components dramatically depends on printing process
parameters. These can be usually set over a relatively wide range, in combinations that …

Material extrusion additive manufacturing enables us to combine more materials in the same
nozzle during the deposition process. This technology, called material coextrusion …

With the increasing popularity of fused deposition modelling (FDM), an improved
understanding of the interdependence between process-structure-property (PSP) of FDM …

Failure in 3D-printed composite parts is complex due to anisotropic properties, which are
mainly governed by printing parameters, printing strategy, and materials. Understanding the …

Additive technologies are used in the production of various types of products. However, it is
necessary to choose the right technology, select the appropriate material, and observe other …

This study employs a microstructure-based finite element modeling approach to understand
the mechanical behavior of asphalt mixtures across different length scales. Specifically, this …

In the present study, stress–strain behaviors of the graphene nano-sheet (GS)-reinforced
aluminum (Al) nanocomposite are estimated by using multiscale modeling approach. At …

This article proposes new analytical dependencies for determining the thermal conductivity
of materials reinforced with bars. Thermal conductivity in this case is determined in the …

Background: 3D-printing has shown potential in several medical advances because of its
ability to create patient-specific surgical models and instruments. In fact, this technology …