Abstract: Multiphysics couplings can happen in different ways. One may have different physical processes (e.g. flow, transport, reactions) occurring within the same physical domain, or one may have different physical regimes (e.g., surface/subsurface environments, fluid/structure interactions) interacting through interfaces. We will discuss both of these types of multiphysics couplings during this presentation. Of particular interest will be the development of interpolation/projection algorithms for projecting physical quantities from one space/time grid to another, the investigation of mortar and mortar-free methods for coupling multiple physical domains, and the coupling of non-conforming and conforming finite element methods.
Future talks in Scientific Computing Seminar
Oct. 7: J. Rappaz: Institute of Analysis and Scientific Computing, EPFL, Switzerland Oct. 28: L. Fauci, Dept. of Mathematics, Tulane University. Nov. 4: C. Carstensen, Institute of Mathematics, Humboldt University, Berlin Nov. 18: Jiwen He, Department of Mathematics, University of Houston Nov. 23: O. Pironneau, Universite Pierre-et-Marie-Curie, France
This seminar is easily accessible to persons with disabilities. For more information or for assistance, please contact the Mathematics Department at 743-3500.