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Scientific Programme and Time Schedule

Plenary lectures take 50 minutes, for each communication we plan 25 minutes, then a 5 minute break follows. All speakers and chairmen are asked to follow kindly the time schedule.

8.30 -9.00 Opening Ceremony

Invited Plenary Lectures - Lecture Hall T1

9.00 -9.50 I. Babuska , Univ. of Texas at Austin: Are the computed results trustful? The problem of the accurate quantitative characterization of their reliability

9.50 -10.40 D. Braess , Ruhr-Univ. Bochum: A multigrid method for mortar finite elements

10.40 - 11.00 Coffee Break

Communications

Section 1 - Lecture Hall T1

11.00 -11.30 V. Heuveline , C. Bertsch, Univ. Heidelberg: An efficient multigrid method for the eigenvalue computation of nonsymmetric elliptic operators

11.30 -12.00 B. Heinrich , K. Pietsch, Tech. Univ. Chemnitz: Nietsche-type mortaring for some elliptic problem with corner singularities

12.00 -12.30 J. Nemec , Czech Academy of Science: A-posteriori error estimates for nonlinear elliptic equations based on a dual formulation

Section 2 - Lecture Hall T2

11.00 -11.30 P. Penel , Univ. Toulon: Non-Newtonian fluids: New results on the asymptotic decay (with respect to time)

11.30 -12.00 L. Grigerek , M. Lukácová, Tech. Univ. Brno: Numerical modelling of compressible non-Newtonian flows

12.00 -12.30 A. Prohl , Univ. Kiel: On space-time discretization in non-Newtonian fluid dynamics

12.30 - 14.00 Lunch

Invited Plenary Lecture - Lecture Hall T1

14.00 -14.50 M. A. Leschziner , Univ. of London: Statistical modelling of turbulent transport in physically complex incompressible and compressible flows

14.50 - 15.10 Coffee Break

Communications

Section 1 - Lecture Hall T1

15.10 -15.40 G. Buffoni , A. Cappelletti, A. Griffa, La Spezia: Sensitivity of the thermohaline circulation in a semi-enclosed marine basin to open lateral boundary conditions. The case of the adriatic sea

15.40 -16.10 J. Vala , Tech. Univ. Brno: On the two-scale convergence and homogenization of some strongly nonlinear problems of continuum mechanics

16.10 -16.40 J. Lovísek , Tech. Univ. Bratislava: Modelling and control in pseudoplate problem with friction on the boundary

16.40 -17.10 R. Mukherjee , Banaras Hindu Univ. Varanasi: Optimization problem with application in shape optimization

Section 2 - Lecture Hall T2

15.10 -15.40 M. Guichaoua , J. Liandrat, Univ. Aix-Marseille: Biorthogonal multiresolution analysis of ENO type for the resolution of hyperbolic conservation laws

15.40 -16.10 D. Bürkle , Univ. Freiburg: Combined finite volume - finite element method for the discretization of density driven groundwater flow

16.10 -16.40 A. Kliková , M. Feistauer, Charles Univ. Prague: Numerical methods for the solution of compressible flow

16.40 -17.10 V. Dolejsí , Charles Univ. Prague: Adaptation of triangular meshes in continuum mechanics

17.10 - Free Afternoon

Invited Plenary Lectures - Lecture Hall T1

9.00 -9.50 T. Y. Hou , Caltech, Pasadena: Multiscale finite element computations for flow and transport in strongly heterogeneous porous media

9.50 -10.40 K. Kunisch , Univ. Graz: Numerical methods for optimal control in fluid mechanics

10.40 - 11.00 Coffee Break

Communications

Section 1 - Lecture Hall T1

11.00 -11.30 U. Weikard , Univ. Bonn: The Cahn-Hilliard model with inhomogeneous elasticity

11.30 -12.00 J. Nedoma , Academy of Sciences Prague: Dynamic contact problems with friction in elasticity and thermo-elasticity

12.00 -12.30 I. A. Brigadnov , North-Western Polyt. Inst. St. Petersburg: The limiting analysis in nonlinear elasticity

Section 2 - Lecture Hall T2

11.00 -11.30 A. Novotný , Univ. Toulon: About steady compressible jets

11.30 -12.00 P. Kucera , Z. Skalák, Czech Tech. Univ. Prague: Regularity of weak solutions to the Navier-Stokes equations in $L^2(0,T,W^{1,3}(\Omega))$

12.00 -12.30 M. Rokyta , Charles Univ. Prague: Convergence of finite volume methods on unstructured grids

12.30 - 14.00 Lunch

Communications

Section 1 - Lecture Hall T1

14.00 -14.30 M. Ramakrishna , Indian Inst. of Technology Madras: Application of the object oriented programming paradigm to computational fluid dynamics

14.30 -15.00 Anne-Sophie Piquemal , J. Liandrat, Univ. Aix-Marseille: Wavelet preconditioners for ill conditioned finite difference operators

15.00 -15.30 I. Yu. Kolesnicov , Russian Academy of Sciences, Moscow: Physically motivated modelling for solids via resonance shape functions

Section 2 - Lecture Hall T2

14.00 -14.30 F. Schieweck , Univ. Magdeburg: Design of higher order finite elements for solving the Navier-Stokes equations

14.30 -15.00 P. Knobloch , Charles Univ. Prague: On the validity of discrete Korn's inequality for nonconforming finite element spaces

15.00 -15.30 J. Felcman , Charles Univ. Prague: Tetrahedral, dual and barycentric finite volumes in 3D fluid dynamics

15.30 - 16.00 Coffee Break

Communications

Section 1 - Lecture Hall T1

16.00 -16.30 V. Vasil'ev , Novgorod State Univ.: Pseudodifferential equations and boundary value problems in a plane angle

16.30 -17.00 R. Cimrman , E. Rohan, Univ. Pilsen: Numerical algorithms for mathematical modelling of muscle tissues

17.00 -17.30 J. Hron , Charles Univ. Prague: Characterization of solid-fluid mixtures for soft tissue modeling

17.30 -18.00 P. Burda , J. Korenár, Czech Tech. Univ. Prague: On the semiimplicit and implicit solution of pulsatile flow

Section 2 - Lecture Hall T2

16.00 -16.30 V. M. Kovenya , A. S. Lebedev, Russian Academy of Sciences, Novosibirsk: Numerical modelling of separated flow

16.30 -17.00 J. Fort , J. Dobes, J. Fürst, J. Halama, K. Kozel, Czech Tech. Univ. Prague: Computations of transonic flow through axial and radial cascades

17.00 -17.30 L. Benes , T. Bodnár, Ph. Fraunié, K. Kozel, I. Sládek, Czech Tech. Univ. Prague: Numerical solution of 3D atmospheric boundary layer with transport of pollutions

17.30 -18.00 O. Lytvyn , Univ. Kharkov: Methods of a solution of boundary value problems of continuum mechanics, reducing to the systems of ordinary linear or of ordinary nonlinear integro-differential equations

20.00 -23.00 Party

Invited Plenary Lectures - Lecture Hall T1

9.00 -9.50 Yu. A. Kuznetsov , Univ. of Houston: Domain decomposition, fictitious domains, and distributed Lagrange multipliers

9.50 -10.40 Ph. Fraunié , Univ. Toulon: Fronts and interfaces in small scale geophysical flows

10.40 - 11.00 Coffee Break

Communications

Section 1 - Lecture Hall T1

11.00 -11.30 W. Bangerth , Univ. Heidelberg: Adaptivity and error estimation for the wave equation

11.30 -12.00 Ana-Maria Matache , ETH Zürich: Generalized FEM for numerical solution of problems with microstructure

12.00 -12.30 J. Vorloeper , J. Liandrat, Univ. Aix-Marseille: On the combination of an adaptive wavelet method and a penalization method - first result

Section 2 - Lecture Hall T2

11.00 -11.30 L. F. Pavarino , Univ. Milan: Domain decomposition methods for spectral element discretization of convection-diffusion problems

11.30 -12.00 J. Kacur , Comenius Univ. Bratislava: Solution of nonlinear convection-diffusion problems by the relaxation and Euler-Lagrange method

12.00 -12.30 T. V. Voitovich , O. P. Solonenko, E. P. Shurina, Russian Academy of Sciences Novosibirsk: A comparison of mass-weighted and modified flow-oriented upwind scheme for the solution of convection-diffusion problems using unstructured grids

12.30 - 14.00 Lunch

Communications

Section 1 - Lecture Hall T1

14.00 -14.30 N. Tarasova , Y. Tsirkunov, Baltic State Tech. Univ. St. Petersburg: Full lagrangian approach for numerical modelling of collisionless particle-phase flow field in non-isothermal two-phase boundary layer

14.30 -15.00 R. H. W. Hoppe , G. Mazurkewitch, Univ. Augsburg: Modelling and simulation of electrorheological fluids

15.00 -15.30 V. V. Ostapenko , Russian Academy of Sciences Novosibirsk: Essentially high accuracy shock-capturing difference schemes

Section 2 - Lecture Hall T2

14.00 -14.30 J. Sembera , Tech. Univ. Liberec: Mathematical modelling of fracture flow

14.30 -15.00 O. López-Pouso , M. Falcone, Univ. of Santiago de Compostela: Numerical algorithms for radiative transfer

15.00 -15.30 I. G. Brykina , Moscow State Univ.: The effective method for heat transfer and shear stress predictions on three-dimensional bodies at the angle of attack

15.30 - 16.00 Coffee Break

Communications

Section 1 - Lecture Hall T1

16.00 -16.30 M. S. Mahmood , J. Kacur, Comenius Univ. Bratislava: Solution of solute in unsaturated porous media by the method of characteristics

16.30 -17.00 O. Severýn , M. Hokr, Tech. Univ. Liberec: Verification of MH-model of porous media fluid flow

Section 2 - Lecture Hall T2

16.00 -16.30 P. Louda , K. Kozel, Czech Tech. Univ. Prague: Numerical solution of laminar backward facing step flows

16.30 -17.00 P. Solín , W. Zulehner, J. Kepler Univ. Linz: On the simulation of compressible jet flow

19.00 -21.00 Concert in the St. Lawrence Church

Thursday, 3 August 2000

Invited Plenary Lecture - Lecture Hall T1

9.00 -9.50 J. W. Barrett , J. F Blowey, Imperial College London: Finite element approximation of an Allen-Cahn/Cahn-Hilliard system

Communications

Section 1 - Lecture Hall T1

10.00 -10.30 E. Emmrich , Tech. Univ. Berlin: Error analysis for the second order BDF discretization of the incompressible Navier-Stokes problem

10.30 -11.00 P. Kotalík , Czech Academy of Sciences Prague: Modelling of a water-vortex stabilized plasma flow

11.00 -11.30 A. Kharytonov , Univ. Kiel: Numerical investigation of condensation phenomena in gas flows

Section 2 - Lecture Hall T2

10.00 -10.30 D. G. W. Meyer , U. Rist, S. Wagner, Univ. Stuttgart: DNS of late-stage boundary layer transition

10.30 -11.00 K. G. Roesner , Tech. Univ. Darmstadt: Shock-boundary-layer interaction on a wedge

11.00 -11.30 G. Stoyan , ELTE Univ. Budapest: The Velte decomposition and its use for the fast iterative solution of the Stokes problem

11.30 - 11.50 Coffee Break

Invited Plenary Lecture - Lecture Hall T1

11.50 -12.40 L. Demkowicz , Univ. of Texas at Austin: Adaptive hp-FE modelling for Maxwell's equations

12.40 -12.45 End of the Conference

13.00 - Lunch