Modeling of Microfluidic Devices Using Scalable Algorithms
Authors:
L. Stals
Affilation:
Old Dominion University, U.S.A.
Pages:
536 - 539
Keywords:
numerical methods, finite and boundary element methods, multigrid methods, parallel programming
Abstract:
We present parallel algorithms for the solution of micro uidic equations. The algorithm consists of the multigrid method in combination with adaptive finite elements. These methods give good algorithmic and parallel scalability and are thus very efficient. Model test problems are taken from Electroosmotic ow simulations.
