This review is focused on molecular momentum transport at fluid-solid interfaces mainly
related to microfluidics and nanofluidics in micro-/nano-electro-mechanical systems …

An introduction to polymers and their thermal conductivity is provided, with particular
attention paid to recent work that has highlighted the potential to make high thermal …

Graphene, in addition to its unique electronic, and optical properties, reveals unusually high
thermal conductivity,. The fact that the thermal conductivity of large enough graphene sheets …

We present the first calculations of finite length carbon nanotube thermal conductivity that
extend from the ballistic to the diffusive regime, throughout a very wide range of lengths and …

Fascinating phenomena can occur as charge and/or energy carriers are confined in one
dimension,,–. One such example is the divergent thermal conductivity (κ) of one-dimensional …

In this Letter, we conduct an extensive study of the two-segment Frenkel-Kontorova model.
We show that the rectification effect of the heat flux reported in recent literature is possible …

An elastic-shell-based theory for calculating the thermal conductance of graphene ribbons of
arbitrary width w is presented. The analysis of vibrational modes of a continuum thin plate …

Heat conduction in solids is due to the motion of the phonon gas. A more general description
of the heat transport in solids includes consideration of the mass, pressure, and inertial force …

Consider anomalous energy spread in solid phases, ie,⟨ Δ x 2 (t)⟩ E≡∫(x−⟨ x⟩ E) 2 ρ E
(x, t) dx∝ t β, as induced by a small initial excess energy perturbation distribution ρ E (x, t …

The thermal conductivity of nanostructures generally decreases with decreasing size
because of classical size effects. The axial thermal conductivity of polymer chain lattices …