Guest - May 19, 2013 Browse Communities | NEW Participate | Login | Help

View Generic Document: Fluid mechanics of microfluidic membraneless filter Citation: Krane, Matthew J. M. and Martinez, Carlos (2008). Fluid mechanics of microfluidic membraneless filter. . Collection: Transport Phenomena in Materials Engineering   Title Fluid mechanics of microfluidic membraneless filter Author(s) Krane, Matthew J. M. Martinez, Carlos Keyword(s) Fluid mechanics steady state viscous flow microfluidics Abstract/Summary If the Reynolds number is small enough (Re<<1), then two fluids can flow in parallel in direct contact, exchanging momentum and species only by diffusion. If the interface is stable, then this system can be used as a filter. In this problem, the flow fields in both fluids are found. Date 2008-10-25 Copyright Notice 2008 Carlos Martinez and Matthew John M. Krane Copyright Agreement on Additional Notes Difficulty level: Junior; Solution time: 1 hour; Reference: J. P. Brody,et al., "Biotechnology at Low Reynolds Numbers," Biophysical Journal., v.719, pp. 3430-3441, 1996.   Related Links Link Description http://teaching.matdl.org/teachingarchives/browser/trunk/matml/transport/problems/membraneless_filter.pdf?format=raw   problem       User Comments   Created: Wed, 19 Nov 2008, 15:45:21 EST by Elizabeth Judd. Detailed History

About | Terms of Use | Contact | Privacy Policy