We report on the design and synthesis of bio-based, electrically conductive green inks for
direct ink writing (DIW) of lightweight electronics and electromagnetic interference (EMI) …

The harsh radiation environment of space induces the degradation and malfunctioning of
electronic systems. Current approaches for protecting these microelectronic devices are …

The miniaturization of satellite systems has compounded the need to protect microelectronic
components from damaging radiation. Current approaches to mitigate this damage, such as …

Direct ink writing, an extrusion‐based 3D printing method, is well suited for high‐mix low‐
volume manufacturing. However, an iterative approach, using random selection or constant …

Additive manufacturing (AM) has transformed materials production, enabling fabrication of
components with complex geometries over a wide range of length scales. Multimaterial AM …

This paper aims to advance the field of additive manufacturing by producing multimaterial
objects with intricate topological features and polylithic material distribution through an …

Abstract 3D printed silicones have demonstrated great potential in diverse areas such as
soft robots, tissue engineering, flexible sensors and energy dissipation. However, most …

In the automotive, aerospace, and defense industries, there is a need for additively
manufactured components that are capable of multiple functions or enhanced performance …

This thesis focused on developing polysaccharides-based hydrogels designed to closely
mimic the properties of the human extracellular matrix (ECM) through innovative 3D …

This work presents the development of a Single-Nozzle Multi-Filament (SNMF) system for
material extrusion printers, which is able to produce a single object with multi-material. The …