Various Mathematical Modeling and Stimulation Methods to Study Microfluidic Flow [Pg.67]

The microneedle design and analysis involves strength modeling and CFD analysis. Many research studies have been conducted for structural and microfluidics (flow) analysis of the microneedles. [13] conducted numerical and [Pg.84]

The applications related to non-Newtonian fluid flow through microchannels are mostly associated with the transport of biofluids, with blood as the most common example. Utilizing the mathematical model outlined as above, recent efforts have been directed to understand the implications of various rheological characteristics of blood on electrokinetically driven microfluidic transport [9]. The simulation studies based on the above-mentioned mathematical model clearly revealed [Pg.2439]

When handling strong exothermic processes or hazardous substances, safety issues also became a major driver for the use of microreactors. Finally, several academic studies can be found in the literature focusing on the analysis of mass transport and flow characteristics within microfluidic charmels by using electrophilic aromatic substitutions as model reactions. [Pg.572]

The role of mixing has been studied in systems with more complex reaction schemes or considering more complex fluid-dynamical properties, and in the context of chemical engineering or microfluidic applications (for reviews on microfluidics see e.g. Squires (2005) or Ottino and Wiggins (2004)). Muzzio and Liu (1996) studied bi-molecular and so-called competitive-consecutive reactions with multiple timescales in chaotic flows. Reduced models that predict the global behavior of the competitive-consecutive reaction scheme were introduced by Cox (2004) and by Vikhansky and Cox (2006), and a method for statistical description of reactive flows based on a con- [Pg.247]

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