Additive manufacturing (AM) of polymer large parts is a technological research area with
great growth potential if the main barriers to its implementation are successfully addressed …

Part distortion and bottom surface warpage often occur in extrusion-based additive
manufacturing. The undesirable deformations during the printing process are due to residual …

Refractory metals are a class of high-melting-temperature materials suitable for use in
extreme environment applications. Interestingly, during additive manufacturing many pure …

This chapter focuses on material extrusion additive manufacturing (AM) processes for
polymers and composite materials. Different extrusion AM platforms, along with their …

Big Area Additive Manufacturing (BAAM) technology allows for manufacturing of large-scale
objects with a potential to reduce energy embedded in products, reduce or eliminate energy …

Extrusion-based additive manufacturing processes begin with a software program, called a
slicer, that generates layer geometry and fits toolpaths to each layer to define where material …

The purpose of this report is to equip wind industry professionals with the fundamental
information needed to best leverage additive manufacturing techniques in their design and …

Architectured materials have gained significant attention in recent years due to their unique
properties and potential applications, such as lightweight structural materials and functional …

Thermoforming is a cost-effective thermoplastic manufacturing process, with short cycle
times, and enables the use of 3D-printed or other low-cost molds and preserve surface …

Additive Manufacturing of thermoplastic polymers is currently being conducted on both large
and small scales for industrial and research applications. Big Area Additive Manufacturing …