Subject:         ECCOMAS 2001
Date:         Mon, 8 Jan 2001 14:22:24 -0000
From:        Pamela Bye <[EMAIL PROTECTED]>


ECCOMAS CFD2001

SPECIAL TECHNICAL SESSIONS

STS1 Adjoint Methods for CFD (Organiser: M. Giles)
 J. Marotzke, University of Southampton
 Ocean modelling
A. Hauser
AD methods for generating adjoint codes
E. Suli, University of Oxford
Error analysis
M. Giles, University of Oxford
Aero design

STS2 Structures in Free Surface Flows (Organiser: O. Mahrenholtz)
P. Hu, G. X. Wu, University College London
Finite element method simulation of wave motions around a vertical
cylinder
P. Ferrant, D. Le Touze, K. Pelletier, Ecole Centrale de Nantes
Non-linear time domain models for irregular wave diffraction about
offshore structures
M. Peric, Technische Universitaet Hamburg Harburg
Computation of viscous free-surface flows around floating bodies
K. Ben-Nasr, M. Markiewicz, O. Mahrenholtz, Technische Universitaet
Hamburg-Harburg
Wave radiation by free-surface piercing structures in inviscid and
viscous fluid


STS3 Very Large Eddy Simulation for Engineering and Geophysical Flows-1
(Organisers: D. Drikakis and P. K. Smolarkiewicz)
L. Margolin, W. Rider Los Alamos National Laboratory
A rationale for implicit turbulence models
Joseph Prusa, Iowa State University, Piotr Smolarkiewicz, NCAR
VLES modeling of geophyscial fluids with nonoscillatory forward-in-time
methods
D. Drikakis Queen Mary, University of London
Numerical issues in very large eddy simulation
Olivier Metais, LEGI, Grenoble
The use of the structure function model for LES of industrial and
geophysical turbulent flows
Michael Henshaw BAE SYSTEMS
Application of computational unsteady aerodynamics at BAE SYSTEMS


STS4 Very Large Eddy Simulation for Engineering and Geophysical Flows-2
(Organisers: D. Drikakis and P. K. Smolarkiewicz)
N. A. Adams, ETH Zurich
The use of LES subgrid-scale models for shock capturing
G. S. Winckelmans, H. Jeanmart, Univ. Catholique de Louvain
VLES of aircraft wake vortices in a turbulent atmosphere: a study of
decay
W. W. Grabowski, NCAR
Organization of moist convection in idealized aquaplanet simulations
Julian Elliot, University of Reading
Eddy-resolving simulations of turbulent solar convection
G. Tabor University of Exeter
Modelling of complex flows with VLES


STS5 CFD Applications in Electronic Cooling (Organiser: K. N.
Seetharamu)
K. W. Low, C. Yap, National University of Singapore
Entrance effects in forced-air cooling of circuit boards with aligned
modules on both walls
B. Jayakumar, G. A. Quadir, Zulkifly Abdullah, K. N. Seetharamu,
University of Science Malaysia, K. L. Teoh, Agilent Technologies
Effect of free and forced convection on 2 plcc packages inline
I.Rushyendran, Shiraz Aris, G, A. Quadir, A. Y. Hassan, K. N.
Seetharamu, University of Science Malaysia
Jet impingement cooling of micro-electronic systems
Logendran Bharatham, G. A. Quadir, A. Y. Hassan, K. N. Seetharamu,
University of Science Malaysia, T. J. Goh, Intel
Liquid immersion cooling of plcc packages mounted on a vertical PCB
Ravi Kandasamy, Suresh Subramanyam, Agilent Technologies
Application of CAE simulation tools for thermal characterization of
electronic packages  a CFD approach

STS-6 Computational Haemodynamics: Modelling of Flow Within Large
Vessels (Organisers: S. Sherwin and J. Peiro)
L. Formaggia. EPFL
Multiscale modelling of the cardiovascular system
T. David, University of Leeds
Computational models of blood flow in the cerebral vasculature
S. Sherwin, J. Peiro, D. Doorly, ICSTM
Consistent reconstruction and simulation of arterial bypass grafts
F. P. T. Baaijens, Eindhoven University of Technology
Fluid-structure interaction using a ficticious domain method with
application to aortic valve
J. C. Cebral, R. Lohner, P. Yim, George Mason University
Image-based blood flow modeling as a predictive tool for planning
medical interventions

STS-7 Fluid-Structure Interaction of Bridge Decks (Organiser: S.
Sherwin)
J. Frandsen. Oxford University
Bridge flutter predictions using a potential flow model
S. Sherwin, I. Robertson, R. Darekar, P. Bearman, ICSTM
The influence of leading edge modification on bridge deck flutter
A. Larsen, COWI Consulting Engineers and Planners
Aerodynamic simulations in bridge deck design studies
T. Kvamsdal, SINTEF
TBA

STS-8 INGENET: Test Cases Results Installed in a Database for Aerospace
Design (Organisers: J. Periaux and G. Winter)
K. Giannakoglou. NTUA
Optimization of a 3 element high lift (2D) configuration
W. Haase, EADS, T. Baeck, University of Dortmund
Multi-point airfoil optimization using evolutionary strategies
J. Periaux, M. Sefrioui, Dassault Aviation
Aerodynamic shape design optimization using a hierarchical genetic
algorithm
G. Winter, CEANI
Meshless numerical simulation of (full) potential flows in a nozzle by
GAs



STS-9 Numerical Modelling of Reentry Flows and Flows in High Enthalpy
Ground Testing Facilities (Organiser: G. Degrez)
A. Bourdon, P. Vervisch. CORIA
Numerical simulations of high enthalpy flows at CORIA
M. Capitelli, University of Bari
Self-consistent models for high enthalpy and hypersonic reentry flows
G. Degrez, von Karman Institute and U L Bruxelles
Determination of the catalytic efficiency of TPMs in the VKI ICP
facilities by combined numerical simulations and experimental
measurements
A. Kolesnikov, IPM Moscow
CFD model and code-to-experiment validation for an under-expanded
non-equilibrium plasmatron jet over a spherical probe
S. Utyuzhnikov, Moscow Institute of Physics and Technology
Numerical modelling of subsonic and supersonic inductive plasma flows

STS-10 Material Interface Modelling (Organiser: A. J. Barlow)
A. J. Barlow. AWE
Interface reconstruction methods and Lagrangian multi-material cell
schemes for arbitrary Lagrangian Eulerian (ALE) hydrocodes
D. L. Youngs, AWE
Turbulence modelling at AWE
G. Ball, University of Southampton
Lagrangian modelling of interfaces under high deformation using a free
Lagrange technique
R. Gidding, AWE
High order interface reconstruction methods for orthogonal grid Eulerian
codes
A. Dawes, AWE
Material interface methods for 3D codes

STS-11 Unsteady RANS Modelling (Organiser: P. G. Tucker)
R. W. Alsemgeest, P. W. Carpenter, University of Warwick, C. T. Shaw,
University of Otago, S. H. Richardson, S. Pierson, C. Mason, Jaguar Cars

The time-dependent flow through throttle valves: a computational and
experimental investigation
Dibyakanti G. Roychowdhury, P. G. Tucker, University of Warwick
Turbulent oscillatory flow in a sharp 180 degree bend
L. Davidson, Chalmers University
Hybrid LES-RANS: a combination of a one-equation SGS model and a k-omega
model for prediction of recirculating flows
P. G. Tucker, University of Warwick
URANS computations for a complex internal flow
S. Graham, BNFL
Unsteady mixing in a ventilation junction

STS-12 Reynolds-Uniform Numerical Methods for the Solutions and Their
Derivatives of Some Classical Flow problems (Organisers: J. J. H. Miller
and G. I. Shishkin)
G. I. Shishkin, Russian Academy of Sciences
Numerical techniques for flow problems with singularities
J. J. H. Miller, Trinity College, Dublin
Reynolds-uniform numerical methods with guaranteed accuracy for the
solutions and their derivatives of some classical flow problems
A. Musgrave, Trinity College, Dublin
Reynolds-uniform numerical methods for the Prandtl solution and its
derivatives for stagnation point flow
J. Butler, Trinity College, Dublin
Reynolds-uniform numerical methods for the Prandtl solution and its
derivatives for flows past a wedge with suction/blowing
A. Hegarty, University of Limerick
Reynolds-uniform numerical methods for the solution and its derivatives
of a jet problem

STS-13 Numerical Algorithms for Incompressible and Low Mach Number Flows
(Organiser: M. Hafez)
D. Caughey, Cornell University
Performance of dual-time stepping schemes at low Mach Number
M. Hafez, University of California Davis
Simulation of low Mach Number flows
C. Kiris, D. Kwak, NASA Ames Research Center
Time-dependent simulation of incompressible flow in a turbopump using
overset grid apporach
T. Tezduyar, Rice University
Finite element stabilization parameters computed from element matrices
and vectors
O. C. Zienkiewicz, University of Wales Swansea
TBA

STS-14 Parallel Computing in CFD (Organisers: P. Wesseling and P.
Wilders)
D. Emerson, Daresbury Laboratory
TBA
D. Keyes, Old Dominion University
TBA
T. Kvamsdahl, SINTEF
TBA
A. Veldman, University of Groningen
TBA
M. Verlaan, University of Delft
TBA
T. Poinsot, CERFACS
TBA

STS-15 Advances in Computational Electromagnetics (Organiser: M. Levy)
L. Kettunen, University of Technology, Tampere
The generalization of Yee-like schemes to finite-element meshes
L. Klinkenbusch, C.-C. Oetting, Christian Albrechts University at Kiel
The efficient near-to-far-field transformation for the finite-difference
time-domain method
W. G. Scanlon, University of Ulster
Computational electromagnetic modelling of tissue-implanted devices
H. P. Urbach, Philips Research Laboratory Eindhoven
Resonance phenomena in dielectric gratings
O. Hassan, University of Wales Swansea
TBA

STS-16 CFD in Product Design (Organiser: C. T. Shaw)
C. T. Shaw, University of Otago
Using CFD within product design: past successes and future challenges
S. H. Richardson, Jaguar Engineering Centre
Issues of CFD usage within the automotive industry
P. G. Tucker, University of Warwick
The modelling of flow in electronic products using CFD
N. Holroyd, Team New Zealand
Designing yachts for the Americas Cup with CFD
M. Mallet, Dassault Aviation
TBA

STS-17 Computational Methods for Free-Surface Hydrodynamics (Organiser:
E. F. Toro)
J. Burguete, P. Garcia-Navarro, University of Zaragoza
Accurate numerical resolution of the shallow water equations using an
upwind implicit scheme with large CFL number
A. G. L. Borthwick, B. Rogers. University of Oxford
Coastal flow simulation using Roe's approximate Riemann solver
M. Castro, J. Macias, C. Paris, University of Malaga, M. E.
Vazquez-Cendsn, University of Santiago
Upwind schemes for a conservative two-layer model in channels with
complex geometry
R. Denlinger, US Geological Survey
Computational methods for debris flow
E.F. Toro, Manchester Metropolitan University
Bores
P.K. Stansby, UMIST
More accurate bed friction and horizontal diffusion in depth-averaged
shallow-water flow modelling

STS-18 FLOWnet: CFD Code Verification and Validation (Organisers: J. A.
Desideri, F. Grasso and J. Periaux)
J.A. Desideri, F. Grasso, J. Periaux
The FLOWNET project: a flow library on the web
W. Dieudonn, J.M. Charbonnier, G. Degrez, H. Deconinck
Verification and validation studies in high speed flow at VKI
W. Haase, R. Hoeld
Validation and verification - an industrial view
C. Lacor
Validation of wind turbine simulations
M. Marini, R. Paoli
Verification and validation of computational fluid dynamics through the
use of a database
D.E. Zeitoun
Verification and validation in supersonic shock reflections


PROVISIONAL SESSIONS

STS-P1 CFD in Multiphase Flow (Organiser: R. I. Issa)

STS-P2 Computational MHD (Organiser: R. Agarwal)

STS-P3 Thin Film Hydrodynamics (Organiser: D. T. Gethin)

STS-P4 Unstructured Finite Volume Methods for Incompressible Flows
(Organisers: M. A. Leschziner and J. McGuirk)

STS-P5 Multi-Physics Simulation (Organiser: M. Cross)

STS-P6 Grid Generation for CFD (Organisers: O. Hassan and N. P.
Weatherill)


Pamela Bye
Conference Officer
The Institute of Mathematics and its Applications
Telephone 01702 354020

For other contact information please see our web site
http://www.ima.org.uk


----<*>-----<*>-----<*>--.N.O.T.I.A.M.C.A.--<*>-----<*>-----<*>-----<*>
Los mensajes son archivados en la pagina Web del AMCA
           http://venus.arcride.edu.ar/AMCA
----<*>-----<*>-----<*>-----<*>-----<*>-----<*>-----<*>-----<*>-----<*>

Responder a