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The no-slip boundary condition is known to produce stress and velocity singularity at the moving contact line. Recent molecular dynamics simulations have shown that this is not the case, rather in the vicinity of the contact line velocity slip is observed, with the contact line undergoing perfect slip. It is known that velocity slip is often accompanied by thermal slip, resulting in a temperature...
Fluid flow in a microchannel is primarily laminar due to viscous forces dominating over body or inertia forces. Hence fluid circulation in a droplet greatly enhances heat transfer. As a result, slip at a wall-fluid interface could have a two fold affect on heat transfer in droplet based thermal systems; the first is a direct result of thermal slip at the fluid-wall interface, the second is due to...
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