Fabricating objects with desired mechanical properties by utilizing 3D printing methods can
be expensive and time-consuming, especially when based only on a trial-and-error test …

Additive Manufacturing (AM) is critical for the fourth industrial revolution (ie, Industry 4.0). It
involves printing a 3D object layer-by-layer from scratch. Fused filament fabrication (FFF) …

Increased usage of additive manufacturing (AM) in various industries has solidified its role
as an advanced manufacturing technique. However, there is an inherent lack of reliability in …

Fused filament fabrication is a popular fabrication technique. Currently there is a need for in-
situ monitoring modalities to gather real-time information on prints, both for quality control …

Vibration from an erroneous disturbance harms the manufactured components and lowers a
FDM printer's output quality. For moving machinery, vibration analysis and control are …

This work demonstrates in-situ monitoring of additive manufacturing through Fused Filament
Fabrication with multi-electrode resistance measurements as an alternative to thermal and …

Additive manufacturing has drastically reduced the time it takes to fabricate unique parts,
which is why it is frequently used for prototyping and low-volume production. However, it is …

Improved implementation of multi-agent robot assisted additive manufacturing (RA-AM)
could significantly reduce the production time of a given part whilst economically facilitating …

Demand for electronics and embedded systems augmented by Additive Manufacturing (AM)
continues to increase across many industries, governed by lower investment costs, a …

Additive Manufacturing (AM) is the process of creating products from three-dimensional (3D)
model data by combining materials and building them up, frequently layer by layer. Material …