Objectives of the school

This autumn Thematic School will offer general lectures on radiation transfer in semi-transparent media, covering gases, plasmas, particles suspensions as well as dense and porous materials. Numerical methodologies to solve the radiative transfer equation will be tackled.

The program aims to offer basic and advanced courses that provide doctoral students, researchers and engineers from academic institutions and private companies with robust methodologies enabling them to meet major contemporary industrial challenges where radiative transfers are inevitable.

This includes both the reliable decarbonisation of high-temperature industrial processes as well as the reusability of spacecraft subjected to hypersonic flight regimes.

This school is endorsed by the SFO and the SFT at the national level and by the Eurotherm committee and ICHMT at the international level.

Topics

Basics of thermal radiation, 6 hours (Prof. F. Enguehard, Université de Poitiers, France)
Methods for solving the RTE, 3 hours (Prof. P. Coelho, Instituto Superior Técnico, Portugal)
Physics of gas radiation, 3 hours (Dr A. Soufiani, CNRS, France)
Approximate gas radiation models, 3 hours (Prof. F. Liu, NRCC, Canada)
Radiation scattering in particulate media, 1 hour 30 min. (Prof. R. Carminati, ESPCI Paris - PSL, France)
Radiation physics of solids, 1 hour 30 min.(Dr B. Rousseau, CNRS, France)
Near-field radiative transfer, 1 hour 30 min. (Prof. M. Francoeur, University of Utah, USA)
Identification of the radiative properties of semi-transaparent media, 1 hour 30 min. (Prof. K. Daun, University of Waterloo, Canada)
A history of radiative transfer, 2 hours (Prof. P. Menguc, Ozyeğin University, Turkey)

Practical works

Practical work will be carried out in parallel sessions in small groups

Advanced Monte Carlo methods (Prof. R. Fournier, Univ. de Toulouse & Prof. M. El Hafi, IMT Mines Albi, France)
Infrared thermography and spectroscopy (Prof. G. Parent, Université de Lorraine, France)
Modelling gases radiative properties (Dr F. André, CNRS, France)

Opening seminars

Three evening seminars will be also given:

Atmospheric re-entry (Dr G. Pinaud, ArianeGroup, France)
Modelling of high-temperature industrial furnaces with Saint-Gobain
Atmospheric thermal modelling (Prof. J. Riedi, Université de Lille 1, France)

Fees

Researchers, engineers, post-doctoral researchers, Ph-D students from CNRS: €0 excl. VAT
Ph-D students: €300 excl. VAT
Researchers, teacher, engineers (Universities, other institutions): €500 excl. VAT
R&D engineers, R&D department managers from companies that are members of the Industrial Partners Club: €700 excluding VAT
R&D engineers, R&D department managers from companies that are not members of the Industrial Partners Club: €1,000 excluding VAT

Prices include full board accommodation and gala dinner. Information about activities and excursions will be posted online as it becomes available. The Azur-Colloque platform, which allows you to pay registration fees, will be set up shortly.

Organising committee