11th International Symposium on Flow Visualization

University of Notre Dame

Notre Dame, Indiana, USA

August 9-12, 2004

 

 

        

Please see our official site at http://www.ode-web.demon.co.uk/11isfv

You are invited to visit the University of Notre Dame, USA, on August 9-12, 2004, for the 11th ISFV. The University of Notre Dame is adjacent to South Bend, Indiana, that is served by the South Bend Regional Airport and can be reached through Chicago, Detroit, Pittsburgh, Minneapolis, Cincinnati, and Atlanta. Flow visualization research at Notre Dame is carried out by the Center for Flow Physics and Control. The University encompasses 1250 acres including two lakes. Some activities in the area are highlighted here.

 

Plan now to attend to this symposium, which will include:

Technical presentations on most current research topics related at all aspects of flow visualization.

Electronic proceedings on CD-Rom available at the Symposium.

Invited international guests featured at daily Plenary Sessions.

Special events including a ‘Sunday Welcome Reception’ and a ‘Social Banquet’.

Exhibition of new techniques, information, technologies and products related to flow visualization.

Tour programme for spouses and guests.

 

Technical sessions will cover all aspects of Flow Visualization. Topics include but are not limited to:

 

Methods

Direct injection; Electronic sparks and discharge; Holography and holographic interferometry; Interferometry; Laser sheet imaging; Laser induced fluorescence; Particle image velocimetry; Shadowgraphy and Schlieren; Streaming bi-refringence; Mechanical tufts, liquid indicators, liquid crystals; Thermal and mass transfer indicators (thermography, sublimation, luminescent, paints, tlc, psp); Image processing and image assisted methods; Graphical display of data sets; Numerical flow visualization, CFD, DNS.

 

 

Applications

 

Acoustics; Advanced techniques; Aircraft; Airfoils; Bluff bodies; Boundary layers; Cavity flows; Channel flows; Combustion; Cylinders; Delta wings; Droplet break-up; Electrodynamics; Engines; Fluidics; Environmental flows and field studies; Holography; Industrial processes; Infrared thermography; Interferometry; Jets; Jets in cross flow; Liquid crystals; Low Reynolds number Flows; Machines; Medical/Physiological flows; Multi-phase flows; Natural convection; Numerical visualization; Particle Image Velocimetry; Porous media; Pressure sensitive paints; Rotating fluids; Schlieren; Shock waves; Supersonic flows; Three dimensional flows; Turbomachines; Turbulence; Two phase flows; Unsteady flows and instability; Vehicles; Vortices.

 

 


Travel information for visiting the University of Notre Dame can be found at the University's website. A directory of hotels can be found here. More detailed travel information will follow. You may also wish to view photos of McKenna Hall, Symposium Headquarters; The Morris Inn, Notre Dame's campus hotel (located across the street from McKenna Hall); DeBartolo Hall, the location of the technical sessions (across the South Quadrangle from McKenna Hall); and residence halls (a 10 minute walk to McKenna Hall, DeBartolo Hall and South Dining Hall).  


Address correspondence and submissions to:

 

Prof. Thomas Mueller, ISFV 11 Symposium Chairman

Hessert Center for Aerospace Research

University of Notre Dame

Notre Dame, IN 46556-5684

 

 
Tentative Authors’ Schedule

Short abstracts for web posting:       under construction

Abstract submission deadline:          January 30th, 2004

Notification of acceptance:                February 28th, 2004

Manuscript ready:                               May 30th, 2004
 

 

 

 

 

Aerial View of Central Campus