Interfaces between graphene play a crucial yet poorly understood role in the transport of
heat in graphene-based composite materials. The primary focus of this study was on …

As a material possessing extremely high thermal conductivity, graphene has been
considered as the ultimate filler for fabrication of highly thermally conductive polymer …

Thermal transport in graphene–polymer nanocomposite is complicated and has not been
well understood. The interfacial thermal transport between graphene nanofiller and polymer …

Understanding thermal energy transport in polymeric nanocomposite materials is important
to the engineering of polymer composites with better engineered heat transfer properties …

Polymers are widely used advanced materials composed of macromolecular chains, which
can be found in materials used in our daily life. Polymer materials have been employed in …

Exploring thermal transport in graphene–polymer nanocomposite is significant to its
applications with better thermal properties. Interfacial thermal conductance between …

Graphene-based composites are expected to be promising thermal management materials
owing to the excellent thermal performance of graphene fillers. This research focuses on …

The thermal conductance of graphene–matrix interfaces plays a key role in controlling the
thermal properties of graphene-based nanocomposites. Using atomistic simulations, we …

With the irreversible trend of miniaturization and the pursuit of a high power density in
electronic devices, heat dissipation has become crucial for designing nextgeneration …

The ultrahigh in‐plane thermal conductivity makes the graphene nanoplatelet a promising
reinforcement filler for improving the thermal conductivity of polymer materials. Up to now …