| SCIENTIFIC PROGRAMME | June 27, 1999 |
| Session | Time Table | Title
Authors |
LINK to SHORT ABSTRACT
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| THURSDAY June 24, 1999 | |||
| 13.00-15.00 | Lunch | ||
| 15.00-16.00 | Welcome Coffee | ||
| 16.00-16.15 | Opening | ||
| S1.K1 | 16.15-17.00 | Keynote Lecture: Phase-Field Simulations
of Solidification with Convection
Christoph Beckermann |
#9 |
| S1.01 | 17.00-17.20 |
The entrainment of flux into the lubrication gap
in continuous casting of steel
Herbert Steinruck |
#139 |
| S1.02 | 17.20-17.40 |
Effects of Thermal Conductivities on Heat
and Mass Transferduring Directional Solidification
V. Timchenko, M. El Ganaoui, E. Leonardi, P. Bontoux & G. de Vahl Davis |
#151 |
| S1.03 | 17.40-18.00 |
Simulation of convection effects on dendritic growth
G. Amberg, R. Tönhardt |
#33 |
| S1.04 | 18.00-18.20 |
Solidification of a paraffin within tall
enclosure
Jozef Goscik |
#87 |
| 19.30-22.00 | Welcome dinner | ||
| FRIDAY June 25, 1999 | |||
| S2.K2 | 8.15-9.00 | Keynote Lecture: Existence of solutions
to a phase field model for the isothermal solidification process of a binary
alloy
Jacques Rappaz & J.F. Scheid |
#27 |
| S2.05 | 9.00-9.20 |
Numerical simulation of the single crystal
growth process
Vladimir P. Ginkin |
#85 |
| S2.06 | 9.20-9.40 | Liquid-vapour travelling waves by a kinetic
model of van der Waals fluids
K. Piechór, B. Kazmierczak |
#97 |
| S2.07 | 9.40-10.00 | Convergence of phase-field equations to the
Stefan model
Giulio Schimperna |
#131 |
| 10.00-10.30 | Coffee Break | ||
| S3.08 | 10.30-10.50 | Error control of Frémond models of shape
memory alloys
Ulisse Stefanelli |
#135 |
| S3.09 | 10.50-11.10 | A model for particle dissolution in multi-component
alloys
F. Vermolen, K. Vuik, S. van der Zwaag |
#155 |
| S3.10 | 11.10-11.30 | Generalization of the Navier-Stokes Equations
to Two-Phase Flows
Thomas Blesgen |
#49 |
| S3.11 | 11.30-11.50 | A Numerical Method for the Resolution of
Two-phase Flows and Application to a vertical heated pipe
F. Coquel, E. Godlewski, A. In, B. Perthame and P. Rascle |
#57 |
| S3.12 | 11.50-12.10 | 2D Numerical Simulation Gas - Liquid Type
Phase Transition for Molecules in Ceramics
V. Frishfelds, I. Mazhulis, J. Rimshans |
#71 |
| S3.13 | 12.10-12.30 | Generalized integral forms of wall friction,
heat and mass transfer factors for drift flux model of two-phase flow in
axisymmetrical channels
Y. Kornienko, E. Kornienko |
#105 |
| 12.30-14.00 | LUNCH | ||
| S4.K3 | 14.15-15.00 | Keynote Lecture: Some interfaces between
theory and experiment
David S. Riley |
#31 |
| S4.14 | 15.00-15.20 | Spreading with Basal Solidification
M. Bunk, P. Ehrhard |
#53 |
| S4.15 | 15.20-15.40 | Numerical and Physical Modeling of the Effect
of Different Configurations of Rotating Magnetic Field on Hydrodynamics
and Crystallization Front in a Cylindrical Volume
Yu. M. Gelfgat |
#81 |
| S4.16 | 15.40-16.00 | High-Azimuthal Number Axisymmetry-Breaking
Convective Instabilities in Axisymmetric Freezing of Ice
A. Yu. Gelfgat, P.Z. Bar-Yoseph, A. Solan and T. A. Kowalewski |
#77 |
| 16.00-16.40 | Coffee Break | ||
| S5.17 | 16.40-17.00 |
Contribution to Optimization of Continuous
Casting of Steel Semiproducts
F. Kavicka, K. Stránsk, J. Stetina, P. Ramík, B. Sekanina, V. Dobrovská, J. Dobrovská |
#93 |
| S5.18 | 17.00-17.20 |
Unsteady Three-dimensional Melt Flow Computation
of Czochralski Single Crystal Growth of Super-conducting Material
T. Yamauchi, G. Mika, J. Szmyd, K. Suzuki |
#163 |
| S5.19 | 17.20-17.40 |
Y distribution in Ba-Cu-O melt during growth
of superconducting material Y123 by Crystal Czochralski method
J. S. Szmyd, K. Gajek and K. Suzuki |
#147 |
| S5.20 | 17.40-18.00 |
Mathematical modeling of transport phenomena
during solidification of binary
systems using the ensemble averaging approach
Piotr Furmanski |
#75 |
| S5.21 | 18.00-18.20 |
FEM Analysis of Alloy Solidification Using the
Anisotropic Porous Medium Model
of the Mushy Zone
J. Banaszek, P. Furmanski |
#45 |
| S5.22 | 18.20-18.40 |
Identification of a moving solid/liquid interface
A. El Badia |
#65 |
| SATURDAY June 26, 1999 | |||
| S6.K4 | 9.00-9.40 | Keynote Lecture: Melting
in Enclosures: Coupled
Heat Transfer and Natural Convection
Dominique Gobin & Patrick Le Quéré |
#13 |
| S6.24 | 9.40-10.00 | Numerical simulation of a semiconductor floating
zone
E. Bänsch, B. Höhn |
#41 |
| S6.25 | 10.00-10.20 | Finite Element Analysis of Melting Driven
by Buoyancy and Surface Tension Forces
M. Medale, M. Jaeger, A. Kaiss |
#119 |
| 10.20-11.00 | Coffee Break | ||
| S7.26 | 11.00-11.20 |
Parallelized method for multiphase diffusion-convection
equation
J. Pieska, E. Laitinen |
#123 |
| S7.27 | 11.20-11.40 | Stress problems in liquid bridge thermocapillary
convection: a numerical approach.
G. Kasperski, G. Labrosse |
#91 |
| S7.28 | 11.40-12.00 |
A note on possible flow instabilities in
melting from the side
P. Le Quéré, D. Gobin |
#129 |
| 12.30-14.00 | LUNCH | ||
| S8.K5 | 14.00-14.40 | Keynote Lecture: Solidification and melting
in microgravity
Eddie Leonardi |
#19 |
| S8.29 | 14.40-15.00 |
Experimental Validation of Temperature and
Velocity Fields for the Freezing Water
T.A. Kowalewski, A. Cybulski, M. Rebow |
#109 |
| S8.30 | 15.00-15.20 |
Natural convection during ice formation:
numerical simulation vs. experimental results
F. Stella, M. Giangi, T.A. Kowalewski |
#141 |
| 15.20-16.00 | Coffee Break | ||
| 16.00-17.00 | Closing Panel Discussion
Chairman: Eddie Leonardi |
||
| 19.00-21.30 | Opera House: Russian Hamlet St. Petersburg Ballet Theatre |
TEATR WIELKI |
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