The main goal of the 9th International Conference on Finite Elements in Fluids, new Trends and Applications is to address the austanding challanges in flow simulation. From the strong belief that the subject progresses through interaction between researchers, the organizers are convinced that both people engaged in the application of modelling and in its theoretical development may give very important contribution to the solution of flow problems.
The Keynote Lectures are:
Agoshkov V.I. Russian Acc. of Sciences Moscov Russia Baker A.J. University of Tennesseee Usa Brezinski C. Universitè de Lille France Bruch J. University of California Usa Carey G. University of Texas at Austin Usa Dervieux A. INRIA Sophia Antipolis France Fortin M. Laval University Quebec Canada Franca L. University of Colorado Denver Usa Habashi W.G. Concordia University Canada Hughes T. Stanford University Usa Idelshon S. INTEC Argentina Le Tallec P. INRIA Rocquencourt France Lions J.L. Collége De France France Jonhson C. Goteborg University Sweden Kawahara M. Chuo University Tokyo Japan Kuznetsov Y.A. Russian Acc. of Science Moscow Russia Navon I.M. Florida State University Tallahassee Usa Oden T. University of Texas at Austin Usa Oñate E. Universita Politecnica de Catalunya Spain Peraire J. Mass. Inst. of Tech. Cambridge Usa Periaux J. Dassault Aviation St. Cloud France Pironneau O. Universitè Paris 6 France Quarteroni A. Politecnico di Milano Italy Schwab C. University of Maryland Baltimore Usa Tezduyar T. University of Minnesota Minneapolis Usa Zienkiewicz O.C. University of Walles Swansea UK
Name: ........................................................................
Organization : ...............................................................
Address : ....................................................................
Telephone : .............................. Fax : .............................
E-mail : .....................................................................
I wish to attend to the conference YES NO
I have sent the conference fee YES NO
Signature ..........................
(If already filled, please do not fill it again.)
account no: 31OO1/T beneficiary: CISE Centro Informatica Studi Editoriali) via Prati 19, Padova bank: Banca Antoniana - Sede Via VIII Febbraio Padova, Italy (ABI O5O4O - CAB 1215O)
Registration fees: (including a copy of the proceedings and reception) Early Late US $ US $ Participants 485 53O Students 245 27OThe early rate is applicable if payment is received by 1st July 1995.
Name : .......................................................................
First Name : .................................................................
Organization : ...............................................................
Address : ....................................................................
Post Code : ................... Town : .......................................
Country : ....................................................................
Telephone : .............................. Fax : .............................
ROOMS
Please reserve n. .......... Single
Please reserve n. .......... Double
Class
**** *** ** *
in Venezia |_| |_| |_| |_|
in Mestre |_|
Domus Civica Caburlotto
Student Lodging Houses |_| |_|
(in Venezia)
Arrival Date ......................... Departure Date ........................
The first night hotel deposit of Lit. .......................... is being paid
SIGNATURE ........................................ DATE ......................
______________________________________________________________________________
double double/single usage single deposit
______________________________________________________________________________
**** Hotel Concordia 350.000 300.000 360.000
**** Hotel Gabrielli 420.000 395.000 245.000 390.000
*** 220.000/265.000 200.000 270.000
** 160.000/170.000 150.000 180.000
* 130.000 140.000
*** (in Mestre) 120.000/130.000 85.000 120.000
______________________________________________________________________________
Above daily rates include private bathroom, breakfast and taxees.
Please note:
- no hotel reservation will be accepted without deposit
- double rooms for single occupancy will be assigned when single rooms
are no longer available
- deposit includes Lit. 10.000 as agency fee
______________________________________________________________________________
double single deposit
______________________________________________________________________________
Domus Civica 54.000 32.000 64.000
Caburlotto 45.000 55.000
______________________________________________________________________________
Lit. = Italian Liras
MONDAY 16th OCTOBER 1995
9.00 OPENING CONFERENCE
9.45-10.30 O.C. Zienkiewicz
A new algorithm for fluid mechanics. compressible and
incompressible behaviour
10.30-11.00 Coffee Break
11.00-11.30 T. Oden
Optimal hp-methods, local error estimates, and preconditioners
for the Stokes and Navier-Stokes equations
11.30-12.00 T.J.R. Hughes
Multiscale phenomena: Green's functions, subgrid scale models,
bubbles, and the origins of stabilized methods
12.00-14.00 Break for Lunch
14.00-14.30 C. Schwab
Remarks on pressure approximation in projection methods for
viscous incompressible flow
14.30-15.00 P. Le Tallec
On the coupling Boltzman and Navier-Stokes equations
15.00-15.30 M. Kawahara and Yan Ding
Bifurcation analysis of Brown tide by reaction diffusion
equation using finite element method
15.30-16.00 Coffe Break
16.00-18.20 Parallel Session
A1 - Incompressible Flows ( Auditorium S. Margherita )
A2 - Compressible Flows ( Ca' Dolfin )
A3 - Turbulent Flows ( Aula I ISDGM S. Polo )
A4 - Thermal Flows ( Aula II ISDGM S. Polo )
19.30 Conference Reception
A1 -- INCOMPRESSIBLE FLOWS
16.00-16.20 M. Bercovier and O. Ricou
Dimensional reduction of a Stokes flow using a polynomial
approximation
16.20-16.40 M.A. Cruchaga and E. Oñate
A finite element formulation for incompressible flow whith
moving surface problems using a generalized streamline operator
16.40-17.00 J. Karam-Filho, A.F.D. Loula and J.N.C. Guerreiro
A mixed finite element method for coupled incompressible
creeping flows of a generalized Newtonian fluids
17.00-17.20 J. Blasco, R. Codina and A. Huerta
A Predictor-Multicorrector algorithm for the incompressible
Navier-Stokes equations as a Fractional-Step method
17.20-17.40 M. Manzan, G. Comini and G. Cortella
A Streamfunction-Vorticity formulation for periodic fully
developed flows
17.40-18.00 F. Dubois
A Vorticity-Velocity-Pressure formulation for the Stokes problem
18.00-18.20 A. Maruoka, K. Nakakubo, H. Hirano and M. Kawahara
ALE finite element analysis for flow around tandem circular
cylinders
A2 -- COMPRESSIBLE FLOWS
16.00-16.20 A. Bermudez and R. Rodriguez
A displacement F.E.M. without spurious solutions for the
computation of elastoacoustic and hydroelastic vibrations
16.20-16.40 R. Codina, M. Vazquez and O.C. Zienkiewicz
A fractional step method for compressible flows: boundary
conditions and incompressible limit
16.40-17.00 G. Iannelli
A Non-Linear Element-Upstream weak statement for the compressible
Navier-Stockes equations
17.00-17.20 J.-C. Carette and H. Deconick
A posteriori finite element error estimation for the Euler
equations based on multidimensional residual decomposition
17.20-17.40 K. Morgan, O. Hassan, J. Peraire, E.J. Probert
and N.P. Weatherill
Unstructured mesh procedures for Transient Compressible Inviscid
Flows with Moving Boundaries
17.40-18.00 H.U. Akay, A. Ecer and Y. Chen
Comparison of potential and Euler solutions of unsteady transonic
flows around an oscillanting airfoil
18.00-18.20 A. Bateman, M. Gomez and J. Dolz
Surge and front waves modelling with the method of the modified
characteristics
18.20-18.40 K. Banas
A universal correction to artificial viscosity based on
the entropy balance
A3 -- TURBULENT FLOWS
16.00-16.20 G. Comini, O. Saro and C. Nonino
A new wall finite element for turbolent flow modeling
16.20-16.40 J.A. Ross and B.E. Larock
Developing an algebraic stress finite element model of turbolent
flow
16.40-17.00 A. Forestier, J.M. Herard and X. Louis
Exact or approximate Riemann solvers to compute a two equation
turbolent compressible model
17.00-17.20 G. Pot, D. Laurence, N.-E. Rharif, L. Leal De Sousa and
C. Compe
Implementation of 3D second moment closure turbolence model
for incompressible flows in the finite element code N3S
17.20-17.40 J. Riera and A. Huerta
Implicit-Explicit spatially adaptive scheme for the k-&vepsilon;
equations
17.40-18.00 H. Nguyen and D. Al-Khudhairy
A Fractional-Step Taylor-Galerkin finite element method for
incompressible turbolent flows
18.00-18.20 C. Predescu, A. Nicolae, C. Mihailescu and A. Semenescu
Modelling by FEM of temperature fields in flames for classical
and ultrasonic combustion
A4 -- THERMAL FLOWS
16.00-16.20 C. Peniguel and I. Rupp
A numerical approach of coupled heat conduction and enclosure
radiation problems
16.20-16.40 C. Peniguel and I. Rupp
A numerical approach of thermal problems coupling fluid solid and
radiation in complex geometries
16.40-17.00 G. Ferretti, R. Paoluzzi, A. Rebuffi and D. Vecchiatini
C.F.D field analysis for fire damage investigation
17.00-17.20 T. Neumeyer
ENO schemes for the simulation of the charge cycle in a
combustion engine
17.20-17.40 A. Caruso, G. Simard and C. Delalondre
Finite element modelling of electric arc
17.40-18.00 E.H. Amara, Y. El-Khelfaoui and A. Ahmanache
Finite element simulation of laser material welding
_______________________________________________________________________________
TUESDAY 17th OCTOBER 1995
8.30- 9.50 PARALLEL SESSION
A1 - Mathematical Methods ( Auditorium S. Margherita )
A2 - Grid Generation, Adaptivity and Parallel Computing
( Ca' Dolfin )
A3 - Shallow Waters ( Aula I ISDGM S. Polo )
A4 - Environmental Flows ( Aula II ISDGM S. Polo )
9.50-10.30 Coffe Break
10.30-11.15 J.L. Lions
Can one controll rotating fluids ?
11.15-12.00 C. Johnson
On the computability of fluid flow
12.00-14.00 Break for Lunch
14.00-16.00 PARALLEL SESSION
A1 - Free Surface and Moving Boundary Flows
( Aud. S. Margherita )
A2 - Advection-Diffusion ( Ca' Dolfin )
A3 - Environmental Flows ( Aula I ISDGM S. Polo )
A4 - Turbulent Flows ( Aula II ISDGM S. Polo )
16.00-16.30 Coffee Break
16.30-18.30 PLENARY SESSION
16.30-17.00 G.F. Carey, A. Bose, A.I. Pehlivanov, Y. Shen, Z. Wang
Least-squares finite elements for fluid flow and transport
17.00-17.30 T.E. Tezduyar and A.A. Johnson
Numerical simulation of fluid particles interactions
17.30-18.00 E. Oñate, S. Idelsohn, T. Fischer and O.C. Zienkiewicz
A finite point method for analysis of fluid flow problems
18.00-18.30 V.I. Agoskov and S.N. Buleev
Finite element approximations in sensitivity analysis of
pollution precesses in the Cagliari bay
A1 -- MATHEMATICAL METHODS
8.30 - 8.50 B. Mohammadi
A critical comparison of three Finite-Volume-Galerkin schemes on
unstructured grids for Euler and Navier-Stokes equations
8.50 - 9.10 C. Calgaro, J. Laminie and R. Temam
Nonlinear Galerkin method for the solution of evolution equations
by hierarchical finite element discretization
9.10 - 9.30 E.R.R. Botta and A. van der Ploeg
Preconditioning techniques for matrices with arbitrary sparsity
patterns
9.30 - 9.50 M. Sofonea
Quasistatic contact problems in Rate-Type viscoplasticity
A2 -- GRID GENERATION, ADAPTIVITY AND PARALLEL COMPUTING
8.30 - 8.50 F.X. Giraldo
A finite volume high resolution 2D Euler solver with adaptive
grid generation on high performance computers
8.50 - 9.10 J.N.C. Guerreiro, A.F.D. Loula, E.M. Toledo and G.C. Sanchez
A parallel mixed finite element scheme for nonlinear creeping
flows
9.10 - 9.30 M.G. Larson
Adaptive finite element methods for viscous conservation laws in
one dimension
9.30 - 9.50 S.J. Sherwin and G.E. Karniadakis
Adaptive hp finite elements on unstructured meshes
A3 -- SHALLOW WATERS
8.30 - 8.50 M. Gonzalez, M.A. Garcia, M. Espino and A.S. Arcilla
FEM analysis of the vertical stucture of tidal currents
8.50 - 9.10 J. Macias, M.J. Castro and Pares
A finite elements multilayer shallow water model. Applications to
the numerical modelling of the Alboran Sea and Strait of
Gibraltar dynamics
9.10 - 9.30 P.Ortiz and O.C. Zienkiewicz
Tide and bore propagation in the Severn Estuary by e new fluid
algorithm
9.30 - 9.50 I.M.Navon, Z. Wang, X.Zou and F.X. Le Dimet
A Truncated Newton optimization algorithm in meteorology
applications with analytic Hessian/Vector products
A4 -- ENVIRONMENTAL FLOWS
8.30 - 8.50 R. Rangogni and F. Di Monaco
A finite volume model for simulating the pollutant transport in
aquifers
8.50 - 9.10 E. Bertolazzi
A finite volume numerical scheme for the solution of two
dimensional chemically reactive hypersonic flow
9.10 - 9.30 L. Bergamaschi, S. Mantica and G. Manzini
A mixed finite element/finite volume approach for reservoir
simulation
9.30 - 9.50 L. Bergamaschi, C. Gallo, G. Manzini, C. Paniconi and M. Putti
A mixed finite element/TVD finite volume scheme for saturated
flow and transport in groundwater
A1 -- FREE SURFACE AND MOVING BOUNDARY FLOWS
14.00-14.20 G.M. Cornetti and O. Pironneau
A single layer finite element approximation of the 3D
Navier-Stokes equation for free surface flows in the shallow
water limit
14.20-14.40 D.V. Maklakov
Limiting Free-Surface configurations for subcritical flows over
obstacles
14.40-15.00 L. Gastaldi
Mixed finite element methods in fluid structure systems
15.00-15.20 R. Revelli, L. Ridolfi
On the unsteady behaviour of an unconfined aquifer
15.20-15.40 O. Isnard, J.L. Lubrano, G. Gautier, G. Brun and A. Hodin
The VOF method applied to the study of the progression of free
boundaries with a finite element method
15.40-16.00 T. De Mulder, H. Deconinck and J.-M. Buchlin
Water spray simulations based on a unstructured grids with a
SUPG/PSPG stabilized P1/P1 finite element solver
A2 -- ADVECTION-DIFFUSION
14.00-14.20 T. Yamada
A bubble element for inviscid flows
14.20-14.40 C. Moulin, J-M. Hervouet and J-M. Janin
Advection/Diffusion equations using finite element methods in
the TELEMAC system
14.40-15.00 R. Sacco and F. Saleri
Exponentially fitted mixed finite volume methods for
Convection-Diffusion problems
15.00-15.20 A.C. Galeão, R.C. Almeida, R.S. Simões and A.F.D. Loula
Finite element analysis of Convection-Diffusion problems
15.20-15.40 N.P. Weatherill, O. Hassan, M.J. Marchant and K. Morgan
Viscous Flows on Adapted Unstructured Meshes
15.40-16.00 P. Siegel, R. Mosé, P. Ackerer, A.P. Blaschke and J. Jaffre
Solution of advection dispersion equation using operator and
time splitting
A3 -- ENVIRONMENTAL FLOWS
14.00-14.20 A. Cardoso Neto and A.C. Lock
An approach to compute flooding waves propagation through
channel networks by means of penalty functions
14.20-14.40 D.W. Pepper and H. Sethi
An h-adaptive finite element model for subsurface contaminant
transport
14.40-15.00 A. Valentino, S. Sartori, G. Ungiesser, R. Serandrei Barbero
and S. Zecchetto
Analysis of valley glaciers using the finite element method
15.00-15.20 C. Amerio, S. Bianchi and P. Molinaro
Application of a fully 3D fem model to environmental and deep
sea problems
15.20-15.40 K.G. Schwarz
Modelling of impurity transfer and diffusion in Mesa-Scale
atmosphere
15.40-16.00 G. Umgiesser and A. Bergamasco
The river Po Rofi and the related structure of the italian
coastal current
A4 -- TURBULENT FLOWS
14.00-14.20 J.P. Chabard and G. Pot
Turbolence modelling in finite element industrial applications
14.20-14.40 T. Nomura, M. Ohta, M. Shimura and A. Sekine
ALE finite element flow analysis of Vortex-Induced vibration
of circular cylinder
14.40-15.00
15.00-15.20 K.T. Yoon and T.J. Chung
Analysis of compressible viscous flows whith adaptive spectral
element method
15.20-15.40 M. Galan, B. Mantel, J. Periaux, M. Sefrioui and G. Winter
On the coupling of finite element solutions of flow models via
domain decomposition methods and genetic algorithms
15.40-16.00 M. Grandotto, J.F. Haquet and P. Obry
A finite element method to study turbolent two phase flows in
complex geometries
_______________________________________________________________________________
WEDNESDAY 18th OCTOBER 1995
8.30-10.00 PLENARY SESSION
8.30- 9.00 W.G. Habashi, L. Dutto, G. Yang and M. Fortin
Solution of Navier-Stokes equations by a parallelizable
Broyden method
9.00- 9.30 L. Franca, M. Lesoinne and C.Farhat
Unusual stabilized finite element methods for second order
linear differential equations
9.30-10.00 M. Fortin and Y. Bourgault
Mesh adaptation for viscous compressible flows
10.00-10.30 Coffe Break
10.30-12.00 PLENARY SESSION
10.30-11.00 A. Russo
Residual free bubbles and stabilized methods
11.00-11.30 Y.A. Kusnetsov
Efficient substructuring preconditioners for finite element
problems on nonmatching grids
11.30-12.00 A. Dervieux, C. Debiez, K. Mer and B. Nkonga
Computation on unsteady flows with mixed
Finite-Volume / Finite-Element upwind methods
12.00-14.00 Break for Lunch
14.00 Escursion to Venice Islands
19.00 Banquet
_______________________________________________________________________________
THURSDAY 19th OCTOBER 1995
8.30 - 9.50 PARALLEL SESSION
A1 - Incompressible Flows ( Auditorium S. Margherita )
A2 - Compressible Flows ( Ca' Dolfin )
A3 - Grid Generation, Adaptivity and Parallel Computing
( Aula I ISDGM S. Polo )
A4 - Environmental Flows ( Aula II ISDGM S. Polo )
9.50-10.30 Coffe Break
10.30-11.00 J. Peraire
Flow control using reduced order models and optimum control theory
11.00-11.30 O. Pironneau
Wall laws for Navier-Stokes equations and turbulence models
11.30-12.00 S. Idelsohn, N. Nigro and M. Storti
A general algorithm for compressible and incompressible flow.
Stability analysis and explicit time integration
12.00-14.00 Break for Lunch
14.00-14.30 A.J. Baker, S. Roy, P.D. Manhardt and E.G. Schaub
On development of a software platform for rapid implementation
of finite element weak statement CFD algorithms
14.30-15.00 I.M. Navon, K.Zhu and X. Zou
Variational Assimilation with a variable resolution finite
element Shallow water equations model
15.00-15.30 J.C. Bruch and K.P. Wang
Finite element adaptive mesh analysis using a cluster
of workstations
15.30-16.00 Coffe Break
16.00-18.40 PARALLEL SESSION
A1 - Incompressible Flows ( Auditorium S. Margherita )
A2 - Compressible Flows ( Ca' Dolfin )
A3 - Shallow Waters ( Aula I ISDGM S. Polo )
A4 - Mathematical Methods ( Aula II ISDGM S. Polo )
A1 -- INCOMPRESSIBLE FLOWS
8.30 - 8.50 M. Tabata
Conforming and noncorforming finite element methods for
axisymmetric flow problems
8.50 - 9.10 J. Freund and E.M. Salonen
Diffusion-Convection-Reaction problems and the patch test
9.10 - 9.30 P. Hansbo
A 'Free-Lagrange' finite element method for incompressible flow
9.30 - 9.50 H. Hirano, A. Maruoka and M. Kawahara
Finite element analysis of fluid-structure interaction problem and
its application to wind resistance design of box girder bridge
A2 -- COMPRESSIBLE FLOWS
8.30 - 8.50 A.I. Zhmakin
Computation of low-Mach number compressible viscous flows using
2D & 3D unstructured grids
8.50 - 9.10 A. Soulaimani
Finite element computation of compressible flows using different
set of independent variables
9.10 - 9.30 D.J. Kinney and M.M. Hafez
Finite element computations of transonic potential flow
9.30 - 9.50 B. Khobalatte and P. Leyland
New finite element based fluctuation splitting kinetic schemes
for accurate shock capturing
A3 -- GRID GENERATION, ADAPTIVITY AND PARALLEL COMPUTING
8.30 - 8.50 G. Nicolas, F. Arnoux-Guisse and O. Bonnin
Adaptive meshing for 3D finite element software
8.50 - 9.10 M.A. Gutierrez and R. de Borst
An algorithm for quadrilateral mesh rezoning
9.10 - 9.30 J-A. Desideri
Control of hyperbolic grid-generation systems
9.30 - 9.50 D.L. Marcum
Control of point placement and connectivity in unstructured grid
generation procedures
A4 -- ENVIRONMENTAL FLOWS
8.30 - 8.50 X. Zhan, B.A. Schrefler and L. Simoni
Finite element simulation of multiphase, heat flow, and solute
transport in deformable porous media
8.50 - 9.10 J.M. Amaya, E. Martinez and A. Raya
Geodesic geometrization over Liouvilles's surfaces and over
surfaces of revolution, and stationary kinetics in
barotropic fluids of conservative dynamics
9.10 - 9.30 K. Inamoto, M. Takagi and M. Kawahara
Kalman filter estimation for wave propagation including
uncertain parameter
9.30 - 9.50 Z. Roussakevitch
Modelling of heat and mass transfer in the non-stationary ground
water flows and its applications
A1 -- INCOMPRESSIBLE FLOWS
16.00-16.20 R. Codina and O. Soto
Finite element methods for the numerical simulation of
rotating flows
16.20-16.40 I.D. Parsons and A.L.G.A. Coutinho
Multigrid methods for finite element simulation of two
phase immiscible flow in heterogeneous media
16.40-17.00 J.H. Saiac, F. Santi and V. Phong Mai
Numerical solutions of Navier-Stokes equations by a
Lagrange-Galerkin method coupling u, p and ψ,ω formulations
17.00-17.20 M.M.T. Wang and T.W.H. Sheu
On a BiCGS solution for three-dimensional incompressible viscous
flows at steady-state
17.20-17.40 R.C.P. Leal-Toledo, A.F.D. Loula, E.M. Toledo and
N.F.F. Ebecken
On a least square finite element formulation for Stokes problem
17.40-18.00 J.M. Herard and J. Pot
On the suitability of some alghorithms to compute realisable
Reynolds stress closures
18.00-18.20 J. Freund and R. Stenberg
On weakly imposed boundary conditions for second order problems
18.20-18.40 D.A. Fokin
Finite element method for solving the inverse internal
boundary-value problem of transonic gasdynamics
A2 -- SHALLOW WATERS
16.00-16.20 A. Bermudez, A. Dervieux, J.A. Desideri and M.E. Vazquez
Explicit and implicit upwind schemes for the two-dimensional
shallow water equations
16.20-16.40 A. Defina, L. D'Alpaos and B. Matticchio
A coupled 2D and 1D finite element model for simulating tidal
flow in the Venice channel network
16.40-17.00 L. D'Alpaos, X. Zhan and B. Matticchio
Groundwater flow and transport modelling of shallow aquifer
17.00-17.20 M. Idrissi and A. Soulaimani
Identification of the friction coefficient in shallow water
flows using optimal control
17.20-17.40 P. Azerard and O. Besson
Numerical simulation of fluid flow in a stratified shallow lake
17.40-18.00 F. Saleri
Some stabilization techniques in computational fluid dynamics
18.00-18.20 A. Di Filippo, P. Molinaro and R. Pacheco
Stabilization technique of explicit schemes for the numerical
solution of the one dimensional shallow water equations
18.20-18.40 G. Umgiesser and S. Zecchetto
The influence of the wind on the water levels in the Venice
lagoon
A3 -- OPTIMAL DESIGN
16.00-16.20 T. Terui, K. Sasaki and M. Kawahara
An optimal control theory applied to flood control problem
16.20-16.40 F.G. Avhadiev, A.M. Elizarov and D.V. Maklakov
Optimal hydrodynamic shape design by the methods of complex
analysis
16.40-17.00 J. Zou, W.W. Hsieh and I.M. Navon
Sequential open boundary control by data assimilation in a
limited-area model
17.00-17.20 B.P.M. van Esch, N.P. Kruyt and J.B. Jonker
An efficient method for computing Three-Dimensional potential
flows in hydraulic turbomachines
17.20-17.40 Y. Sukirman and H. Razi
Numerical solution for predicting the effects of regional
aquifer on the production performance of oilfields
17.40-18.00 M. Kawahara and T. Imoto
Bifurcation analysis of tubularia in a finite two-dimensional
domain with finite element method
18.00-18.20 L. Zovatto
An heuristics bandwidth reduction algorithm
18.20-18.40 N.V. Ardelyan and K.V. Kosmatchevskii
An implicit free Lagrange method with finite element grid
operators for the solution of 2D MHD-flows
18.40-19.00 Z. Mrsa and L. Sopta
Turbomachinery spiral casing optimum design
A4 -- MATHEMATICAL METHODS
16.00-16.20 M. Morandi Cecchi and P. Patuzzo Grego
Approximation of the numerical solution of Burgers problems
16.20-16.40 R. Vilsmeier and D. Hänel
Central and upwind solutions of the conservation equations on
3-D unstructured meshes
16.40-17.00 G. Passoni
Coupling nonlinear wawe models for the simulation of steep waves
at vertical walls
17.00-17.20 B. Svingen and M. Kjeldsen
Fluid structure interactions in piping systems
17.20-17.40 L.G. de Pillis
From Navier-Stokes to waves
17.40-18.00 T. Fujino and M. Kawahara
Stability analysis of diffusion model based on stability theory
18.00-18.20 A.V. Chizhov and A.A. Schmidt
Synthesis of the Galerkin FEM and TVD-schemes for simulation of a
drop-solid surface impact
18.20-18.40 D. Funaro and D. Boffi
How to rewrite the incompressible Navier-Stokes equations
and take advantage of this
_______________________________________________________________________________
FRIDAY 20th OCTOBER 1995
8.30 - 9.50 PARALLEL SESSION
A1 - Incompressible Flows ( Auditorium S. Margherita )
A2 - Compressible Flows ( Ca' Dolfin )
A3 - Shallow Water ( Aula I ISDGM S. Polo )
A4 - Grid Generation, Adaptivity and Parallel Computing
( Aula II ISDGM S. Polo )
9.50-10.30 Coffe Break
10.30-11.00 C. Brezinski
New procedures for solving systems of linear equations
11.00-11.30 A. Quarteroni
Heterogeneus modelling in CFD and parallel computing
11.30-12.00 M. Hafez and W.H. Guo
Simulation of steady compressible flows based on Cauchy/Riemann
equations and Crocco's relations
12.00-14.00 Break for Lunch
14.00-14.20 S. Ohta, A. Maruoka, H. Hirano and M. Kawahara
Numerical analysis of flow field around complicated topography
14.20-14.40 B. Tournaire, S. Aubert, J.L. Schultz, G. Brun and D. Escudie
Numerical simulation of 3D turbolent reacting flows in jet
engines combustors
14.40-15.00 V. Dina and C. Mihailescu
Numerical simulation by FEM method of the thermal forced
convection to the heating of cylinder with burned jets
15.00-15.20 A. Semenescu, C. Mihailescu, I. Oprescu, A. Nicolae and
C. Predescu
Studies by FEM on hydrodynamics of baking furnaces for
carbon products
15.20-15.40 B. Delenne and E. Razafindrakoto
Numerical simulations of crossflows around a circular cylinder
at high Reynolds numbers
15.40-16.00 C. Mihailescu, A. Semenescu, I. Oprescu and L. Valcenau
Simulation by FEM of convection in regenerators with fixed
bed (balls)
16.00-16.20 F. Granziero and M. Morandi Cecchi
Application of a domain decomposition technique to a
computational modelling of turbolent combustion
16.20-16.40 B. Chiné, F. Concha and A. Barrientos
A finite difference solution of the swirling flow in the
hydrocyclone
A1 -- INCOMPRESSIBLE FLOWS
8.30 - 8.50 A. Nicolas, F.J. Sanchez, B. Bermudez and E. Buendia
Operator splitting and upwind for the Navier-Stokes equations
8.50 - 9.10 C. Bernardi, O. Bonnin, C. Langouet and B. Metivet
Residual error indicators for linear problems extension to the
Navier-Stokes equations
9.10 - 9.30 A. Auge, A. Kapurkin, G. Lube and T. Skalicky
Stabilized Galerkin FEM and domain decomposition for
incompressible flow problems
9.30 - 9.50 J.-L. Guermond and L. Quartapelle
Unconditionally stable finite-element method for the unsteady
Navier-Stokes equations
A2 -- COMPRESSIBLE FLOWS
8.30 - 8.50 Z. Guofu and H. Xiqing
Solution of PNS equations on compressible flows over rotation
bodies using GLS finite element method
8.50 - 9.10 V. Selmin and L. Formaggia
A unified framework of finite element and finite volume
discretization in compressible and incompressible flows
9.10 - 9.30 A. Soulaimani
On local mass conserving in compressible flow computations using
the finite element method
9.30 - 9.50 F. Bassi, G. Mariotti, S. Pedinotti and S. Rebay
Recent developments in the numerical solution of the full
Navier-Stokes equations using a discontinuos finite element
method
A3 -- SHALLOW WATERS
8.30 - 8.50 D. Termini, T. Tucciarelli and G. Bonvissuto
Steady-state convective acceleration computation in shallow
water equations
8.50 - 9.10 K. Kashiyama, F. Honma and M. Sakuraba
Stochastic finite element analysis of shallow water flow
9.10 - 9.30 M. Morandi Cecchi, A. Pica and E. Secco
A study of the Venice lagoon by domain decomposition of a
finite element model
9.30 - 9.50 G. Cecconi and A. Garzon
A two dimensional semi-implicit finite element model
for tidal propagation in the Venice lagoon
A4 -- GRID GENERATION, ADAPTIVITY AND PARALLEL COMPUTING
8.30 - 8.50 P.Diez, J.J. Egozcue and A. Huerta
Error estimation for mesh adaptivity in potential flow problems
8.50 - 9.10 M.J. Castro-Diaz and F. Hecht
Error interpolation minimization and anisotropic mesh generation
9.10 - 9.30 D. Hänel, I. Keilhauer and R. Vilsmeier
Numerical simulations of denotations on structured and adaptive
unstructured grids
9.30 - 9.50 J.P. Gregoire, B. Nitrosso, Y. Souffez and G. Roth
Speed-up of parallelized N3S code on CRAY C98 in production mode