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Home arrow CFD Paper Library arrow Physics Used arrow Flow arrow Subcategories and papers
Physics Used - Flow
 
High-Fidelity and Reduced Models of Synthetic Microjets
A.J. Przekwas, M. Turowski and Z. Chen CFD Research Corporation
 
A Novel Technology to Create Monolithic Instruments for Micro Total Analysis Systems
Konstantin Seibel, Lars Scholer, Marcus Walder, Heiko Schafer, Andre Schafer, Tobias Pletzer, Rene Puschl, Michael Waidelich, Heiko Ihmels, Dietmar Ehrhardt and Markus Bohm University of Siegen
Determination of Optimum Reagent Displacement Strategy in Microfluidic Channels/Reactors by Numerical Simulation of Flow and Diffusion
Sirimon O-Charoen and Erdogan Gulari University of Michigan
 
Passive mixing in microchannels: Fabrication and flow experiments
David J.Beebe, Michael G. Olsen, Mark A. Stremler and Byung-Ho Jo Beckman Institute for Advanced Science and Technology Ronald J.Adrian and Hassan Aref University of Illinois at Urbana-Champaign David J.Beebe University of Wisconsin-Madison
Simulation and Experimentation in Microbioreactor Design: Incorporation into Engineering Education
Frank Jones and Rob Bailey University of Tennessee at Chattanooga
 
Coupled Electrostatics-Structures-Fluidic Simulations of a Bead Mesopump
M.M. Athavale, H.Y. Li, H.Q. Yang and A.J. Przekwas CFD Research Corporation C. Cabuz and W. Herb Honeywell Technology Center
Coupled Multiphysics and Chemistry Simulations of PCR Microreactors with Active Control
M. M. Athavale, Z.J. Chen, M. Furmanczyk and A. J. Przekwas CFD Research Corporation
 
Size-Dependent Flow Separation in Microchannels with Cavities
Zeta Tak For Yu, Yi-Kuen Lee, Man Wong and Yitshak Zohar Hong Kong University of Science and Technology
 
Theoretical evaluation of the dispensing well plate method (DWP part II)
Peter Koltay, Jan Kalix and Roland Zengerle IMTEK
 
Eddies in a bottleneck: An arbitrary Debye length theory for capillary electroosmosis
Stella Y. Park, Christopher J. Russo, Daniel Branton and Howard A. Stone Harvard University
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