Abstract Design for Additive Manufacturing (DfAM) is a growing field of enquiry. Over the
past few years, the scientific community has begun to explore this topic to provide a basis for …

Piezoelectric ceramic, as a typical smart material, shows great potential in applications of
sensing & actuation, smart structure and energy harvesting. However, the use of traditional …

Part count reduction (PCR) is one of the typical motivations for using additive manufacturing
(AM) processes. However, the implications and trade-offs of employing AM for PCR are not …

Purpose This paper aims to argue about the involvement of additive technologies (ATs) in
the prototyping issues of designing. More precisely, it reviews the literature contributions …

Additive manufacturing (AM) can produce parts with complex shapes quickly; therefore, it is
applied in the manufacturing of impellers for pumps and screws for ships. However …

Additive manufacturing is a promising approach to prepare highly specifically defined
materials with unique dimensions, gradients in material attributes and on‐demand …

In addition to traditional methods in product development, the increasing availability of two
new 3D digital technologies, namely digital manufacturing (3D-printing) and digitizing of …

Online pH control during microbial shake flask cultivation has not been established due to
the lack of a practical combination of an online sensor system and an appropriate control …

The emerging additive manufacturing (AM) technology works in a layer-wise fashion which
makes it possible to manipulate material distribution and composition. The resulting effects …

Rapid prototyping for material deposition or additive manufacturing has been widely used
for short time production of parts with complex geometry in small series. The three …