Micro/nanochannels are considered as a promising method to enhance heat transfer due to
the large ratio of surface area to the volume. To clarify the optimization direction of …

Recent advances in nanoscience have improved surface properties as an important factor in
heat transfer, leading to increased heat transfer. In this study, molecular dynamics is …

Smart actuators have shown great potential for a range of industries, including artificial
muscles, sensors, and smart devices. However, traditional actuators often suffer from small …

Nanochannel cooling technology is widely used in the heat dissipation systems of various
micro/nanoscale electronic devices or components. The consideration of resistance loss and …

Specific heat capacity of extremely confined water determines its performance in the heat
transfer as the sizes of devices decrease to nanoscales. Here, we report the basic data of …

The effect of wall wettability coupled nanostructure on molecular ordering and flow heat
transfer of fluid in asymmetric nanochannels was investigated by using the molecular …

Molecular-continuum hybrid method has been employed to reduce the computational cost
and present the Darcy-Weisbach friction factor correlation of water flow through the …

With the development of advanced micro/nanoscale technologies, two-dimensional
materials have emerged from laboratories and have been applied in practice. To investigate …

In this paper, the 3D flow in a rotating channel with the lower permeable stretching wall is
investigated. The unsteady squeezing flow in the presence of transverse magnetic flux is …

The water transport property in the plasmodesmata in a plant cell is calculated from the
multiscale flow equation by incorporating both the adsorbed boundary layer flow and the …