Moving Boundaries

Section 1 Boundary tracking: Constructive topological domain modeling for solution of problems with moving boundaries; Moving boundary problems in earth-surface dynamics; A mathematical model that uses an adaptive mesh for predicting scalar transport in a transient incompressible jet; Computational solution of a two-phase moving boundary problem with two moving interfaces in pulsed laser processing of semiconductors; Identification of boundary movement from internal measurements; A moving boundary model for fatigue corrosion cracking; Estimation of non-rigid deformations in the three-dimensional space and time domains in medical images. Section 2 Fluid structure interactions (Special session organised by R.R. Rao & P.R. Schunk): Finite element simulations of fluid-structure interactions via overset meshes and sharp embedded interfacial conditions; A level-set based sharp interface method for three-dimensional incompressible flows with complex moving boundaries; A finite element model for dynamic wetting on flexible solids using arbitrary Lagrangian Eulerian (ALE) mesh motion; GMRES acceleration of subiteration for fluid-structure interactions; Convergence of successive approximation for a free-boundary problem in fluid-structure interaction; Blood damage measures for ventricular assist device modeling; Some characteristics of the interaction between turbulent flows and movable rippled bottom in the river mouth; Renormalization methods and interface problems. Section 3 Flow through porous media: A two dimensional numerical study of viscous fingering in a porous medium; Numerical solution for domain decomposed, heterogeneously modeled seepage problems. (part contents)