Interest in multi-axis additive manufacturing has grown significantly in recent years due to
associated benefits that range from improved quality to support for greater geometric …

Multi-axis 3D printing has emerged as a key solution to the challenges associated with the
strength, anisotropy, and fabrication of large-scale structures in material-deposition-based …

When manufacturing parts using material extrusion additive manufacturing and anisotropic
polymers, the mechanical properties of a manufactured component are strongly dependent …

In the conventional three-dimensional (3D) printing, the parts are generated layer-by-layer
along the z-axis by depositing the material. This approach simplifies the fabrication process …

axis 3D printing presents a promising approach to overcome the limitations of traditional 3-
axis methods, particularly in the domain of printed electronics where conformal conductive …

Additive manufacturing, particularly fused filament fabrication or fused deposition modeling,
has grown explosively in the past ten years. Studies have begun to form a greater …

In 3D printing, components are created incrementally along the normal direction through the
sequential deposition of material. This methodology streamlines the manufacturing process …

Additive manufacturing has introduced unprecedented novelty to the way we conceive,
design, and produce objects. Additive processes offer several advan-tages over traditional …

Three-dimensional (3D) printing is also known as rapid prototyping (RP) or additive
manufacturing (AM). AM has the advantage of building complex shapes with low cost with a …

Additive Manufacturing (AM) represents a paradigm shift in fabrication methodologies,
enabling the creation of intricate geometries through sequential deposition. Among AM …