Additive manufacturing (AM) has a great potential to create complex parts and systems
lighter and stronger compared to traditional manufacturing operations. So far, several …

The traditional curing methods for thermosetting resins are energy-inefficient and
environmentally unfriendly. Frontal polymerization (FP) is a self-sustaining process relying …

Addition of fillers to formulations can generate composites with improved mechanical
properties and lower the overall cost through a reduction of chemicals needed. In this study …

Additive manufacturing (AM) provides an effective way to fabricate geometrically tailored
structures. Existing metal AM technologies depend on external heat-induced phase …

On-demand curing of thermoset polymers with tunable mechanical properties is of great
interest for a variety of applications. In this work, we demonstrate rapid, solvent-free …

Two-point initiation of frontal polymerizations (FPs) is a highly promising approach to
enhance the curing efficiency of epoxy resins. However, the mechanical properties may be …

Thermally cured thermoset polymers such as epoxies are widely used in industry and
manufacturing due to their thermal, chemical, and electrical resistance, and mechanical …

The application of frontal polymerization to additive manufacturing has advantages in
energy consumption and speed of printing. Additionally, with frontal polymerization, it is …

Rapid manufacturing of thermosets via frontal polymerization is very attractive for
thermosetting composites due to the expected decarbonization and manufacturing flexibility …

The ceramic manufacturing sector, recognized as a highly energy-consuming industry, is set
to boost energy efficiency and reduce carbon footprint. Here, we present a new self …