Various factors affect the interfacial thermal resistance (ITR) between two materials, making
ITR prediction a high-dimensional mathematical problem. Machine learning is a cost …

The nanoscale properties of materials can have a great influence on their macroscopic
behavior; for instance, the generation and accumulation of defects at the nanoscale, such as …

Dislocations play a significant role in introducing disorder and distortion within an ideal bulk
crystal lattice, resulting in the degradation of phonon thermal conductivity. In this study, we …

The thermal conductance at the interface between graphene and other metals is an
important issue for graphene-based applications in the near future. The non-equilibrium …

SF 6 gas is gas as a filler material for insulating material in Gas Insulated Switchgear. The
Kyoto Protocol issued amendments to limit and reduce the use of SF 6 gas in various …

A device having a semiconductor nanomaterial surface, formed on a dielectric layer, having
a conductive material under the dielectric layer, wherein a potential across the dielectric …

In this work non-equilibrium molecular dynamics simulations are performed to investigate
the transport of thermal energy across isotopic 28 Si/m Si interfaces. The thermal boundary …

From heat dissipation in electronic devices to the heating of our homes, thermal transport is
ubiquitous in today's technology. In the past few decades, a drive to miniaturize devices, in …

The current study uses phonon wave-packet simulations and calculates the phonon
transmission rate to explore the contributions of the mass and the bond energy differences …