MODELING,SIMULATION,AND OPTIMIZATION OF SURFACE ACOUSTIC WAVE DRIVEN MICROFLUIDIC BIOCHIPS |
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| Authors: | Harbir Antil Rol Glowinski |
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| Institution: | Harbir Antil Roland Glowinski Department of Mathematics,University of Houston,Houston TX 77204-3008,USA Ronald H.W.Hoppe Department of Mathematics,USA and Institute of Mathematics,University of Augsburg,D-86159 Augsburg,Germany Christopher Linsenmann Institute of Mathematics,Germany Tsorng-Whay Pan Department of Mathematics,USA Achim Wixforth Institute of Physics,University of Augs... |
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| Abstract: | We will be concerned with the mathematical modeling,numerical simulation,and shape optimization of microfluidic biochips that are used for various biomedical applications.A particular feature is that the fluid flow in the fluidic network on top of the biochips is induced by surface acoustic waves generated by interdigital transducers.We are thus faced with a multiphysics problem that will be modeled by coupling the equations of piezoelectricity with the compressible Navier-Stokes equations.Moreover,the flui... |
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| Keywords: | Microfluidic biochips Mathematical modeling Numerical simulation Shape optimization Multiphysics Multiscale problems |
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