Baillis, Dominique

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Baillis, Dominique

professor
dominique.baillis@insa-lyon.fr
http://lamcos.insa-lyon.fr(ouvrir dans un nouvel onglet)

LaMCoS, INSA-Lyon, CNRS UMR 5259,18-20 Rue des Sciences, F69621 Villeurbanne, France
LaMCoS
INSA de lyon, 20 Av. Albert Einstein, BÃ¢timent Joseph JACQUARD, 27 avenue Jean Capelle Villeurbanne FRANCE 69621 cedex
http://www.insa-lyon.fr(ouvrir dans un nouvel onglet)

Radiative heat transfer, Radiation absorption and scattering, Radiative properties of substances

Member of the Scientific Council of ICHMT â€˜â€˜International Centre for Heat and Mass Transfer (ICHMT)â€™â€™ from 09

physical teaching

She received the PhD degree in 1995 from INSA (National Institute of Applied Sciences) Lyon, France and the Professor degree in 2007 from the same institution. Her Research interests have been focused on experimental identification and theoretical modeling of thermal radiative and conductive properties of diverse disperse systems such as advanced thermal insulations, fibrous materials, porous ceramics, foams, and nanoporous materials. Professor Dominique Baillis has published more than 50 research papers. Most of her research has been carried out jointly with students coming from many countries of the world.

Other Publications L. DOMBROVSKY and D. BAILLIS ''Thermal radiation in disperse systems : an engineering approach'' Begell House
D. BAILLIS, R. COQUARD ''Radiative and Conductive Thermal Properties of Foams'' in "Cellular and Porous Materials/Thermal Properties Simulation and Prediction" WILEY-VCH (2008)
J. RANDRIANALISOA, R. COQUARD, D. BAILLIS ''Radiative transfer in two-phase materialsâ€™â€™ in Ã–chsner, A., Murch, G.E., Eds. â€˜â€˜Heat transfer in multi-phase materialsâ€™â€™ Springer-Verlag (2010).
She has published more than 65 research papers.

Tagne, Herve T. Kamdem

ISOTROPIC SCALING LIMITS FOR ONE DIMENSIONAL RADIATIVE HEAT TRANSFER WITH COLLIMATED INCIDENCE

Low porosity ceramics for thermal barrier coatings

Lallich, Sylvain

AN EFFECT OF "SCATTERING BY ABSORPTION" OBSERVED IN THE NEAR-INFRARED PROPERTIES OF NANOPOROUS SILICA

Silica based nanoporous composite materials

Estebe, B.

MODELING OF HEAT TRANSFER ACROSS POROUS HONEYCOMB STRUCTURES

Michaud, P. M. M.

MODELING OF CONDUCTIVE HEAT TRANSFER IN LOW-DENSITY PVC FOAMS UNDER MECHANICAL LOAD

Randrianalisoa, Jaona Harifidy

INFRARED RADIATIVE PROPERTIES OF POLYMER COATING CONTAINING HOLLOW MICROSPHERES

THERMAL CONDUCTIVITY OF OPEN- AND CLOSED-CELL FOAMS: INFLUENCES OF CELL RANDOMNESS

COMPUTATIONAL PREDICTION OF RADIATIVE PROPERTIES OF POLYMER CLOSED-CELL FOAMS WITH RANDOM STRUCTURE

THERMAL RADIATION PROPERTIES OF HIGHLY POROUS CELLULAR FOAMS

Low porosity foams

Semi-transparent media containing bubbles

Typical glass foams

Paint coatings containing hollow glass microspheres

COMPUTATIONAL PREDICTION OF RADIATIVE PROPERTIES OF POLYMER CLOSED-CELL FOAMS WITH RANDOM STRUCTURE

MICROSCALE DIRECT CALCULATION OF SOLID PHASE CONDUCTIVITY OF VORONOI'S FOAMS

Viskanta, Raymond

THERMAL RADIATION PROPERTIES OF HIGHLY POROUS CELLULAR FOAMS

Rochais, Denis

MODELING OF THE COUPLED CONDUCTIVE AND RADIATIVE HEAT TRANSFER IN NICRAL FROM PHOTOTHERMAL MEASUREMENTS AND X-RAY TOMOGRAPHY

Moura, L.M.

IDENTIFICATION OF THERMAL RADIATION PROPERTIES OF DISPERSED MEDIA: COMPARISON OF DIFFERENT STRATEGIES

Kaemmerlen, Aurélie

Classification of foam structures

Closed cell foam

RADIATIVE PROPERTIES OF CELLULAR FOAMS

Rambaud, W.

MODELING OF CONDUCTIVE HEAT TRANSFER IN LOW-DENSITY PVC FOAMS UNDER MECHANICAL LOAD

Coquard , Remi

MODELING OF THE COUPLED CONDUCTIVE AND RADIATIVE HEAT TRANSFER IN NICRAL FROM PHOTOTHERMAL MEASUREMENTS AND X-RAY TOMOGRAPHY

MODELING OF HEAT TRANSFER ACROSS POROUS HONEYCOMB STRUCTURES

THERMAL CONDUCTIVITY OF OPEN- AND CLOSED-CELL FOAMS: INFLUENCES OF CELL RANDOMNESS

METALLIC FOAMS RADIATIVE PROPERTIES / COMPARISON BETWEEN DIFFERENT MODELS

COMPUTATIONAL PREDICTION OF RADIATIVE PROPERTIES OF POLYMER CLOSED-CELL FOAMS WITH RANDOM STRUCTURE

THERMAL RADIATION PROPERTIES OF HIGHLY POROUS CELLULAR FOAMS

Classification of foam structures

Open cell foam

Closed cell foam

COMPUTATIONAL PREDICTION OF RADIATIVE PROPERTIES OF POLYMER CLOSED-CELL FOAMS WITH RANDOM STRUCTURE

RADIATIVE PROPERTIES OF CELLULAR FOAMS

MODELING OF CONDUCTIVE HEAT TRANSFER IN LOW-DENSITY PVC FOAMS UNDER MECHANICAL LOAD

Computational modeling of thermal properties of advanced porous insulating materials

MICROSCALE DIRECT CALCULATION OF SOLID PHASE CONDUCTIVITY OF VORONOI'S FOAMS

Arduini-Schuster, M.

IDENTIFICATION OF SPECTRAL RADIATIVE PROPERTIES OF POLYURETHANE FOAM FROM HEMISPHERICAL AND BI-DIRECTIONAL TRANSMITTANCE AND REFLECTANCE MEASUREMENTS

Peyraud, F.

MODELING OF CONDUCTIVE HEAT TRANSFER IN LOW-DENSITY PVC FOAMS UNDER MECHANICAL LOAD

Loretz, M.

METALLIC FOAMS RADIATIVE PROPERTIES / COMPARISON BETWEEN DIFFERENT MODELS

Enguehard, Franck

AN EFFECT OF "SCATTERING BY ABSORPTION" OBSERVED IN THE NEAR-INFRARED PROPERTIES OF NANOPOROUS SILICA

Silica based nanoporous composite materials

Thomas, M.

MODELING OF HEAT TRANSFER ACROSS POROUS HONEYCOMB STRUCTURES

Sacadura, Jean-Francois

IDENTIFICATION OF THERMAL RADIATION PROPERTIES OF DISPERSED MEDIA: COMPARISON OF DIFFERENT STRATEGIES

THERMAL RADIATION PROPERTIES OF DISPERSED MEDIA : THEORETICAL PREDICTION AND EXPERIMENTAL CHARACTERIZATION

IDENTIFICATION OF SPECTRAL RADIATIVE PROPERTIES OF POLYURETHANE FOAM FROM HEMISPHERICAL AND BI-DIRECTIONAL TRANSMITTANCE AND REFLECTANCE MEASUREMENTS

Maire, E.

METALLIC FOAMS RADIATIVE PROPERTIES / COMPARISON BETWEEN DIFFERENT MODELS

Haviez, J.

MODELING OF CONDUCTIVE HEAT TRANSFER IN LOW-DENSITY PVC FOAMS UNDER MECHANICAL LOAD

Dombrovsky, Leonid A.

AN EFFECT OF "SCATTERING BY ABSORPTION" OBSERVED IN THE NEAR-INFRARED PROPERTIES OF NANOPOROUS SILICA

INFRARED RADIATIVE PROPERTIES OF POLYMER COATING CONTAINING HOLLOW MICROSPHERES

THERMAL RADIATION PROPERTIES OF HIGHLY POROUS CELLULAR FOAMS

Experimental study and theoretical modeling of spectral radiative properties of dispersed materials

Spectral radiative properties of some important materials: experimental data and theoretical models

Low porosity foams

Semi-transparent media containing bubbles

Typical glass foams

Paint coatings containing hollow glass microspheres

Low porosity ceramics for thermal barrier coatings

Silica based nanoporous composite materials

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