Modeling of processes at Couette simple fluid flow in flat nano-scopic canal
Methods of molecular dynamics and signal analysis are applied for a detail investigation of processes which take place in flows of the Couette simple fluid in nanochannels. Interactions between liquid atoms and between atoms of liquid and chanal walls as well were modeled by the Lenard- ohns potential. Velocity profiles of liquid flows for cases of crystal and amorphic walls and some other characteristics are found.
scientific article; zbMATH DE number 6202925