This paper seeks to present the design and bandgap optimization of multi-scale composite
origami-inspired metamaterials (MCOMs) reinforced with grapheme platelets (GPLs) and …

Although graphene is believed to be the strongest material, many properties of this material
are still worth exploring and discovering, especially the influence of inevitable defects in its …

The quest for hybrid materials to withstand extreme loading conditions has been a canonical
field of research over the past decades. As an emerging hybrid material, graphene oxide …

The purpose of this work is to investigate the contribution of in-plane and out-of-plane
phonon modes to interface thermal conductivities (ITC) of the Cu/graphene/Cu interface …

The aim of this article is to find a measure to improve the interfacial thermal transfer of
graphene/silicon heterojunction. We propose an interfacial modification method to modify …

We perform a numerical evaluation on improving the thermal transfer at the Graphene/ZnO
(Gra/ZnO) heterostructure interfaces with nonequilibrium molecular dynamics simulation …

Carbon/carbon composites with higher mechanical strength and better reliability at elevated
temperatures are urgently needed to satisfy the practical applications requirements. SiC …

For graphene/copper (Gr/Cu) composites, achieving high-quality interfaces between Gr and
Cu (strong interfacial bonding strength and excellent electron transport performance) is …

We perform a numerical evaluation on improving the thermal transfer at the graphene/
polypropylene (PP) interface with non-covalent functionalization techniques. The results …

The process of removing nanodust adhering to nanostructured surfaces is important for
improving yield and sustainability in manufacturing fields that utilize the structural …