Interactive Dynamics of Convection and Solidification

I Microscale phenomena.- 1 Flow-induced morphologies in directional solidification.- 2 Localized morphologies in directional solidification of binary alloys.- 3 Long wave and short wave oscillatory patterns in rapid directional solidification.- 4 Stability of solidifying material in an under-cooled melt with convection.- 5 Time-dependent behavior of dendrites under diffusion-controlled conditions.- 6 Velocity and shape selection of dendritic crystals in a forced flow.- 7 Simulation of natural convection effects on dendritic growth.- 8 Measurements of liquid diffusion coefficients.- II Mushy zone phenomena.- 9 Interfaces on all scales.- 10 Mushy zones with fully developed chimneys.- 11 Model for meso-segregation in forced convection using phase-averaging.- 12 Coupling macro and micro phenomena during solidification of alloys.- 13 Mechanical characteristics of semi-solid steels.- 14 Solidification in ternary systems.- 15 Phase transitions in liquid crystalline elastomers.- III Macroscale phenomena.- 16 Recent developments in modelling continuous casting of steel.- 17 Magnetic stirring in horizontal continuous casting.- 18 Solidification-induced secondary flows in spin-casting.- 19 Spreading flows with solidification — top crusting.- 20 Melt spreading with temperature-dependent viscosity.- 21 Convection in transient flows of solidifying oxidic mixtures.- 22 Axisymmetric spreading of melts with basal solidification.- 23 The wetting of metallic substrates by low melting point alloys.- 24 Solidifying sessile water droplets.- 25 Convection and interface shape during Czochralski crystal growth.- 26 A moving grid model for melting and solidification problems.- 27 In-situ real-time visualization of solidifying and melting metallic alloys.- 28 Freezing of pure melt flowing intotubes.- Topic Index.- Author Index.