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

High‐performance fiber‐reinforced thermoset composites processed by additive
manufacturing (3D printing) are attracting substantial attention in both academic and …

3D printing of fiber-reinforced thermoset composites is desirable for rapid fabrication of 3D
composite objects with minimal tooling. One of the main issues in 3D printing of thermoset …

With the advent of extrusion additive manufacturing (AM), fabrication of high-performance
thermoset composites without the need of tooling has become a reality. However, finding an …

Due to the incapability of one-dimensional (1D) and two-dimensional (2D) models in
simulating the frontal polymerization (FP) process in laminated composites with multiple …

Epoxy resin-based thermoset composites are extensively used in industries with billions of
dollars in revenue every year. High-rate manufacturing process is highly sought-after to …

Thermoset composites are excellent candidates for material extrusion because they shear
thin during extrusion but retain their shape once deposited via a yield stress. However …

The frontal polymerization is a technique that creates a self‐sustaining “cure front” that
propagates through the thermoset resin material. Such a technique is potentially capable of …

Frontal polymerization (FP) is a novel curing strategy that relies on a self-propagating
exothermic reaction front to polymerize thermoset resins rapidly. Due to its energy-efficiency …

Direct ink writing (DIW) offers a unique avenue for printing a variety of soft materials into
complex objects. However, rapid DIW of elastomeric materials with control over the final …