Alternating fiber tow spacing in ceramic matrix composites minimizes tow overlap and porosity to enhance infiltration efficiency.
Segmenting composite sheets into assembled pieces resolves the trade-off between vacuum-infused complexity and compression-molded mechanical strength.
Replacing 2D flakes with 3D graphene foam eliminates agglomeration, ensuring homogeneous microstructure and high conductivity in sintered LTCC composites.
A zirconia layered body structure uses distinct stabilizer contents across layers to produce controlled texture changes and translucency.
Crystallized PAEK thermoplastic resin converts to carbonaceous char during pyrolysis, enabling automated manufacturing of high temperature composites.