Moving Boundaries

Section 1: Phase change - Simulation and control of industrial crystal growth of BaF2; Parallel computation for moving boundaries in ceramic grain growth; Application of the artificial heat source method for numerical modelling of continuous casting; The optimization of concasting using two numerical models; Numerical calculations of the heat-transfer coefficient during solidification of alloys; Wave regimes of the vapour film condensation. Section 2: Free surface flow - Transient dynamics of containers partially filled with liquid; Moving coordinates methods and applications to the oscillations of a falling slender body; Development of numerical simulator for a bubble behavior driven by Marangoni convection in viscous fluid under micro gravity; Dynamic analysis of the free surface of magnetic fluid by the complex magnetic field and fluid velocity; The modeling of dough mixing with free surfaces in two and three dimensions. Section 3: Numerical methods - A polygon-free numerical solution of steady natural convection in solid-liquid systems; Moving boundaries in solid state aluminium alloys; 2D solidification and melting model using FEM and adaptive meshing; A Volume of Fluid (VOF) method for handling solid objects using fixed Cartesian grids; Numerical modelling of biological tissue freezing; Investigation of numerical wave channel concerning absorbing boundary;A combined domain and integral techniques to solve planar oxidation problem; Thermal numerical simulation of the laminar construction of RCC dams. Section 4: Special interface problems - Unsteady mass transfer in single drop systems with interfacial mobility; On the action of Boussinesq forces at a precompressed elastic interface; Flow past multiple connected plates. Section 5: Fracture and contact problems - A new appraisal technique for stability of tunnel face; Moving grain boundaries in polycrystals; A method for determination of stress distributions in the process zone ahead of a 2D crack