Misra, Jagadis ChandraJagadis ChandraMisraChandra, SukumarSukumarChandraHerwig, HeinzHeinzHerwig2020-08-172020-08-172015-06Journal of Hydrodynamics 3 (27): 60492 (2015-06)http://hdl.handle.net/11420/7076The paper is devoted to a study of the electro-osmotic flow of a micropolar bio-fluid, when the flow takes place between two plates that are in a state of periodic vibrations. Considering blood as a micropolar fluid, it is found that the amplitude of oscillation of the microparticles of blood increases when the micropolar effect is pronounced more and more and that a rise in Debye- Hückel parameter enhances both the velocity and microrotation gradient. The results provide guidelines for the improvement of design of bio-sensing and micro-fluidic devices. The study leads to the conclusion that electrical double layers formed in the vicinity of the wall can significantly alter the flow dynamics of physiological fluids in micro-bio-fluidic devices.en1001-605820153350358Debye-Hückel parameterElectro-osmotic flowmicropolar fluidmicrorotationJournal Article10.1016/S1001-6058(15)60492-9Other