Graphene, a single layer of carbon atoms arranged in a two-dimensional honeycomb lattice,
has garnered significant attention in recent years due to its exceptional properties and …

The energy absorption characteristics of materials and structures are crucial for ensuring the
safety of structures when subjected to mechanical forces. This study focuses on the …

This research examines the dynamic characteristics of laminated composite sandwich plates
with magnetorheological elastomer (MRE) and graphene-reinforced MRE (hybrid-MRE) …

Graphene foam prepared by the chemical vapor deposition method is a promising thermal
interfacial material. However, the thermal properties of graphene foam highly depend on the …

The efficient dissipation of heat has emerged as a crucial concern for modern electronic
devices, given the continuous increase in their power density and consumption. Thus, the …

The effects of porosity and pore distribution on the heat transfer performance of polyimide
(PI) aerogel under natural convection were investigated through a combination of …

Stretchable electronic conductors are vital components in soft robotics and flexible
electronics. One method for producing these is combining conductive filler with a …

Graphene origami in a copper matrix is used as a composition of core in a sandwich panel
between two piezoelectric/piezomagnetic layers. More accurate modeling of the composite …

Multidirectional functionally graded materials due to high-mechanical resistance with other
extraordinary properties in each direction have received much attention in recent years …

Thin-walled structures are widely applied in spacecraft as structural components due to their
lightweight property. Extreme thermal environment in space may cause highly unfavorable …