The emergence of wide and ultrawide bandgap semiconductors has revolutionized the
advancement of next-generation power, radio frequency, and opto-electronics, paving the …

As a crucial part in thermal management, interfacial thermal transport is still not well
understood. In this paper, we employ the newly developed modal nonequilibrium molecular …

We have used a two-temperature nonequilibrium molecular dynamics method for predicting
interfacial thermal resistance across metal-nonmetal interfaces. This method is an extension …

The thermal conductance of interfaces plays a major role in defining the thermal properties
of nanostructured materials in which heat transfer is predominantly phonon mediated …

When phonons transport across a material interface, they experience reflection,
transmission, and mode conversion, which results in a local temperature jump at the …

For many decades, phonon transport at interfaces has been interpreted in terms of phonons
impinging on an interface and subsequently transmitting a certain fraction of their energy …

We examine the fundamental phonon mechanisms affecting the interfacial thermal
conductance across a single layer of quantum dots (QDs) on a planar substrate. We …

We conducted non-equilibrium molecular dynamics simulations to investigate Kapitza length
at solid/liquid interfaces under the effects of bulk liquid pressures. Gold and silicon were …

We use nonequilibrium molecular dynamics to study heat transfer across structures
consisting of a few layers of graphene sandwiched between silicon crystals. We find that …

Thermal boundary resistance dominates the overall resistance of nanosystems. This effect
can be utilized to improve the figure of merit of thermoelectric materials. It is also a concern …