Study of electro-osmotic nanofluid transport for scraped surface heat exchanger with heat transfer phenomenon

In this study a novel mathematical model for electroosmotic flow Cu-water based nanofluid with heat transfer phenomenon is reported scraped-surface exchanger. The initiated due to motion of lower wall the channel and axial pressure gradient. modelled aid low Reynolds number lubrication approximation theory. Exact analytical expressions are gathered velocity, stream functions various stations Physical electro osmotic parameter investigated on velocity profile, distribution rise at edge blades. It that electro-osmotic mainly works as dragging force, it can be used control flow. This controlling mechanism may helpful in mixing different materials Pressure blades rises below electro-osmotic, whereas, profiles suppressed region above between