Nomex honeycomb composites have been paid significant attention for high performance
structural applications in sandwich structures of aircrafts, aerospace, automotive, defense …

Increasing interest in detailed meso-models of Nomex honeycomb cores has led to
numerous different approaches and material parameters for the Nomex cell wall material …

The processing of poly (p‐phenylene terephthalamide)(PPTA) has long been a great
challenge. This work reports a simple “monomers‐nanofibers‐macroscopic product”(MNM) …

To predict the damage behaviours of composite sandwich structures with a honeycomb core
subjected to low-velocity perforation impact, a numerical model was developed addressing …

Through experiments and numerical simulation, the dynamic mechanical behaviors and
mechanical properties of Nomex honeycomb sandwich panels under impact loads were …

Abstract Aramid Nanofibers (ANFs), akin to PPTA Poly (p-phenylene terephthalamide),
stand at the forefront of cutting-edge nanomaterials, boasting exceptional properties like …

Lightweight phenolic resin-impregnated aramid paper honeycombs, commercially known as
Nomex® honeycombs, are promising cores for sandwich structures in aerospace …

The effect of the adhesive geometry on the impact damage of adhesively bonded aluminum
sandwich panels was studied experimentally and numerically. Both the physical testing and …

Nomex honeycombs are widely used in lightweight structures due to their unique porous
structure. By adding an absorbent agent to Nomex honeycomb wall and filling carbon fiber …

Introducing gradient into cellular materials has been envisioned as an effective way to
improve their performance. In this study, a novel in-plane graded honeycomb is proposed …