Auteur: WHITAKER S.

QUINTARD Michel, BLETZACKER L., CHENU Damien, WHITAKER S. (2006) Nonlinear, multicomponent, mass transport in porous media. Chemical Engineering Science, 61 . pp. 2643-2669.

QUINTARD Michel, BLETZACKER L., CHENU Damien, WHITAKER S. (2006) Dispersion in porous media for multicomponent systems. In: AIChE Meeting, 2006-11-14, France.

ARCE P., QUINTARD Michel, WHITAKER S. (2005) The Art and Science of Upscaling. John Wiley & sons, .

QUINTARD Michel, WOOD B., WHITAKER S. (2005) Interfacial flux constitutive equation and parameter estimation from the Smoluchowski equation. In: SIAM Conf. on Mathematical & Computational Issues in the Geosciences, 2005-06-07, France.

WOOD B., QUINTARD Michel, GOLFIER F., WHITAKER S. (2005) Upscaling biofilm processes in porous media. In: SIAM Conf. on Mathematical & Computational Issues in the Geosciences, 2005-06-09, France.

WOOD B., QUINTARD Michel, WHITAKER S. (2004) Estimation of adsorption rate coe!cients based on the Smoluchowski equation. Chemical Engineering Science, 59 . pp. 1905-1921.

WOOD B., GOLFIER F., MAJORS P., QUINTARD Michel, WHITAKER S. (2004) Biofilms in porous media: Upscaling conservation equations and measurement of microbial distributions via NMR. In: International Conference Biofilms 2004: Structure and Activity of Biofilms, 2004-11-24, États-Unis.

WOOD B., CHERBLANC F., QUINTARD Michel, WHITAKER S. (2003) Volume Averaging for Determining the Effective Dispersion Tensor: Closure Using Periodic Unit Cells and Comparison with Ensemble Averaging. Water Resources Research, 39 . pp. 1210-1231.

GOLFIER F., QUINTARD Michel, WHITAKER S. (2003) Heat and Mass Transfer in Tubes: An Analysis Using the Method of Volume Averaging. Journal of Porous Media, 5 . pp. 169-185.

WOOD B., QUINTARD Michel, GOLFIER F., WHITAKER S. (2003) Biofilms in Porous Media: Development of Macroscopic Transport Equations via Volume Averaging with Closure. In: Computational Methods in Water Resources, Elsevier, Amsterdam, edited by S.M. Hassanizadeh, W.G. Gray and G.F. Pinder, 2002-01-01.

WOOD B., QUINTARD Michel, WHITAKER S. (2002) Calculation of effective diffusivities for biofilms and tissues. Biotechnology and Bioengineering, 77 . pp. 495-516.

QUINTARD Michel, CHERBLANC F., WHITAKER S. (2003) Dispersion in Heterogeneous Porous Media: One-Equation non equilibrium Model. Transport in Porous Media, 44 . pp. 181-203.

GOLFIER F., QUINTARD Michel, WHITAKER S. (2003) Mass exchange coefficients for flow in porous media: results for a bundle of capillary tubes. In: AGU Spring Meeting, (conf. invité), 2001-01-01.

QUINTARD Michel, CHERBLANC F., WHITAKER S. (2003) Dispersion in heterogeneous porous media : one-equation non-equilibrium model. Transport in Porous Media, 44 N°1 . pp. 181-203.

WHITAKER S., RECTOR D., WOOD B., QUINTARD Michel, MINARD K. (2003) Bioremediation in porous media: upscaling from the pore to the continuum scales. In: Sixth SIAM Conference on Mathematical and Computational Issues in the Geosciences, Boulder, USA, 2001-01-01.

WOOD B., QUINTARD Michel, WHITAKER S. (2003) Methods in Enzymology, "Microbial Growth in Biofilms Part B: Special Environments and Physiochemical Aspects" E. R. Doyle, Academic Press, San Diego : Methods for predicting diffusion coefficients in biofilms and cellular media. NON SPECIFIÉ.

WOOD B., QUINTARD Michel, WHITAKER S. (2003) A numerical analysis of diffusion in biofilms. In: 2nd Int. Conf. On Computer Methods for Engineering in Porous Media, Juillet, Besançon, France, 2000-01-01.

QUINTARD Michel, LADEVIE B., WHITAKER S. (2003) Effect of homogeneous and heterogeneous source terms on the macroscopic description of heat transfer in porous media. In: P. Cheng ED. - Proc. Symp. on Energy Engineering in the 21th Century, January 2000, Hong Kong, 2000-01-01.

QUINTARD Michel, WHITAKER S. (2003) Handbook of heat transfer in porous media Editors H. Hadim, K. Vafai, Marcel Decker Inc., N.Y., Chap. 1 : Theoretical analysis of transport in porous media. NON SPECIFIÉ.

WOOD B., QUINTARD Michel, WHITAKER S. (2003) Jump conditions at non-uniform boundaries : the catalitic surface. Chemical Engineering Science, 55 . pp. 5231-5245.