Significant progress has been made in the past two decades about the micro/nanoscale
heat conduction. Many computational methods have been developed to accommodate the …

During the last ten years, the miniaturization of nanoscale field-effect transistors (FETs)
predicted by Moore's law has confronted an aggressive scaling down of the FET architecture …

Phonon surface scattering is of great importance for understanding thermal transport in
nanostructured materials and has been widely utilized to tailor thermal properties. However …

Thermal wave, namely wavelike behavior of heat propagation in transient heat conduction,
enjoys much attention due to the recent investigations into phonon hydrodynamics in low …

Abstract The existing phonon Monte Carlo (MC) for ballistic-diffusive heat conduction are
limited to small and simple structures owing to the huge time cost following with the …

Although the thermo-viscoelastic properties of solids have been reported in many articles,
no effort has been made to investigate the coupled thermo-viscoelastic and plasma wave …

Hyperbolic heat conduction models have been proposed to characterize the breakdown of
Fourier's law, ie thermal waves. In this paper, three mathematical representations for …

General constitutive equations of heat transport with second sound and ballistic propagation
in isotropic materials are given using non-equilibrium thermodynamics with internal …

In this paper, we investigate the heat transport across Germaniumsingle bondSilicon
interface using an enhanced ballistic-diffusive equation (EBDE), where we introduce the …

This work presents new insights into 3-D logic circuit design with vertical junctionless
nanowire FETs (VNWFET) accounting for underlying electrothermal phenomena. Aided by …