Phonon transport across the curve thin silicon film due to temperature disturbance at film
edges is examined. The equation for radiative transport is considered via incorporating …

Phonon transport in paired aluminum and silicon thin films is considered under laser short-
pulse irradiation at the aluminum film surface. The Boltzmann equation is incorporated to …

Phonon transport in a two-dimensional thin silicon film is considered and the effect of heat
source size and the film thickness on the transport characteristics is examined. Frequency …

Thermal energy transfer across the thin silicon and diamond films with the presence of
aluminum minute size dot is studied. The thin films are thermally disturbed by the aluminum …

Thermal boundary resistance (TBR) generates a temperature drop across the interface of
the thin film pairs, which in turn modifies the heat transport rates across the films. This effect …

In recent years, nanoscale thermal cloaks have attracted the interest of researchers. Several
different types of nanoscale thermal cloak have been developed with their performance …

Phonon transport inside a curved film is considered and phonon intensity distribution is
instigated for various film arc angles and film radii. A thermal disturbance is applied at the …

Phonon transport in an aluminum thin film is simulated due to a temperature disturbance
across the film. The Boltzmann equation is introduced to formulate the radiative transport in …

It is challenging to solve the phonon Boltzmann transport equation numerically due to the
stiff collision term induced by small relaxation time. In this work, a discrete ordinate method …

Energy transfer in an aluminum thin film is considered due to a temperature disturbance at
the film edges. Temperature oscillation is introduced at the high-temperature edge of the …