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CFD Events Calendar, Event Record #163

Physico-Chemical Models for High Enthalpy and Plasma Flows
A review of physico-chemical models for high enthalpy and plasma flows. Use of these models for aerospace applications will also be presented, with special emphasis on Mars entry studies.
Date: June 3, 2002 - June 7, 2002
Location: von Karman Institute, Belgium
Web Page: http://www.vki.ac.be/educat/lect-ser/2001-2002/physico.html
Contact Email: secretariat@vki.ac.be
Organizer: von Karman Institute
Application Areas: Aerospace
Special Fields: Plasma Flows
Type of Event: Course, International
 
Description:

Introduction

The purpose of the course is to provide a review of physico-chemical models for high enthalpy and plasma flows and to assess future research needs in this area. Use of these models for aerospace applications will also be presented, with special emphasis on Mars entry studies. This emphasis is based on the current international interest in planetary sample return missions.

As successful planetary entry and exit depend directly on our understanding of the aerothermochemistry of gases, this course is directed toward improving the general knowledge of physical and chemical models that are being developed for this application. In particular, the topics of the special course include a state-of-the-art review and assessment of current research directions in:

  • Kinetic theory of transport processes
  • Chemical kinetics
  • Radiative transport and collisional-radiative models

The Directors of this special course are Professor D. Fletcher and T. Magin of the von Karman Institute, Dr. J.-M. Charbonnier of CNES, and Dr. G. R. Sarma of DLR.

Timetable

Tuesday 4 June 2002

08.45 Registration
09.15 Welcome address
Prof. M. Carbonaro, Director, von Karman Institute
09.30 Introduction to the course
Dr. J.-M. Charbonnier, CNES Toulouse, France
Dr. G. Sarma, DLR Göttingen, Germany
10.45 Kinetic theory of transport processes and thermodynamics, general formulation of the transport equations
Dr. A. Kolesnikov, IPM Moscow, Russia
14.00 Kinetic theory of transport processes and thermodynamics, transport collision integrals
Prof. I. Sokolova, IPT Moscow, Russia
15.45 Kinetic theory of transport processes and thermodynamics, poly-atomic molecules
Prof. E. Nagnibeda, St-Petersburg Univ., Russia
17.00 Welcome drink

Wednesday 5 June 2002

09.00 Kinetic theory of transport processes and thermodynamics, multi-component transport algorithms
Prof. A. Ern, ENPC Marne-La-Vallée, France
10.45 Chemical kinetics, reaction rates
Prof. S. Losev, Moscow State Univ., Russia
14.00 Chemical kinetics, reaction rates
Prof. S. Losev
15.45 Chemical kinetics, elementary processes in non-equilibrium plasmas
Prof. M. Capitelli, Bari Univ., Italy

Thursday 6 June 2001

09.00 Radiation, modeling, spectral data
Prof. S. Surzhikov, IPM Moscow, Russia
10.45 Radiation, non-equilibrium collisional radiative models
Dr. C. Laux, Stanford Univ., USA
14.00 Radiation, quasi-steady state collisional radiative model
Dr. J. van der Mullen, Eindhoven Univ., The Netherlands
15.45 Applications, state-to-state one-dimensional nozzle flow
Prof. M. Capitelli

Friday 7 June 2002

09.00 Applications, ambipolar approach for multi-component plasma diffusion with application to ICP
Dr. A. Kolesnikov
10.45 Applications, experimental investigation of surface reactions
Dr. M. Balat, CNRS Odeillo, France
14.00 Applications, simulation of planetary entry
Dr. V. Gromov, Moscow State Univ., Russia
15.45 Adjourn

Lunch will be taken from 12h30 to 14h00. Coffee breaks are scheduled each morning and afternoon. The afternoon sessions will normally finish at about 17h00.

 
Event record first posted on April 3, 2002, last modified on April 3, 2002

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