1/ J.M. Crolet, S. Akesbi, B. Chahboune, Presentation of a mixed problem fluid-structure from a biomechanical problem, Pitman Research Notes in Mathematics Series 306, Computational Methods for Fluid-Structure Interaction, pp. 214-219, 1993.

2/ S. Akesbi, P. Lesaint, Discontinuous finite elements for the 1D Transport Equation. Acceleration by diffusion method, Transport Theory and Statistical Physics, 24(4&5), pp. 731-751, 1995.

3/ S. Akesbi, M.R. Laydi, M. Mokhtar-Kharroubi, Décomposition d'opérateurs et accélération de la convergence en neutronique, C.R. Acad. Sci. Paris, t. 319, Série I, pp. 765-770,1994.

4/ S. Akesbi, M. Nicolet, Accélération de la convergence par relaxation en théorie du transport, C.R. Acad. Sci. Paris, t. 321, Série I, pp 637-640,1995.

5/ S. Akesbi, M. Nicolet, Nouveaux algorithmes pour l'équation de transport neutronique en géométrie bidimensionnelle, C.R. Acad. Sci. Paris, t. 324, Série I, pp. 699-706, 1997.

6/ S. Akesbi, M. Nicolet, Nouveaux algorithmes performants en théorie de transport, M²AN, vol. 32, n°3, pp 341-358, 1998.

7/ S. Akesbi, Splitting d'opérateur pour l'équation de transport neutronique en géométrie bidimensionnelle plane, ESAIM: M²AN, vol. 34, n°6, pp. 1109-1122, 2000.

8/ S. Akesbi, E. Maitre, Méthode du résidu minimal en dimension infinie pour l'équation de transport, C.R. Acad. Sci. Paris, t. 330, Série I, pp. 385-390, 2000.

9/ S. Akesbi, E. Maitre, Minimal residual method applied to transport equation, Journal of Numerical Algorithms, to appear, 2001.

10/ S. Akesbi, E. Maitre, Theoretical and Numerical Analysis of a Minimal Residual Solver for 2D Boltzmann Transport Equation, Journal of Computational and Applied Math., to appear, 2001.
 

11/ S. Akesbi, S. Dasser, Etude mathématique et numérique d'un algorithme de résolution d'un problème de transmission.

12/ S. Akesbi, E. Maitre, New algorithms for solving the transport equation in 1D spherical geometry.
 

13/ J.M. Crolet, S. Akesbi, B. Chahboune, Aspects mathématiques et numériques du couplage Fluide-Structure dans le ventricule gauche, Innovation and Technology in Biology and Medecine, vol. 12, n°6, pp. 639-648, 1991.

14/ J.M. Crolet, S. Akesbi, B. Chahboune, Left Ventricle : A Mixed Fluid-Structure Problem, Mathematical Biology-Wuerz, Mathematics Applied to Biology and Medecine, pp. 367-372, 1993.

15/ S. Benabdessalem, S. Akesbi and all, Influence of Crimping Textile Polyester Vascular Prostheses on the Fluid Flow Kinetics. Eur. J. Endovasc.Surg., Vol. 18, pp. 1-6, 1999.

16/ S. Benabdessalem, S. Akesbi and all, Blood Flow in a Polyester Textile Vasular Prothesis: Experimental an Numerical Study, Textile Research Journal, Vol. 71, n° 2, pp. 178-183, 2001.

17/ M. Tarfaoui, S. Akesbi, Numerical Study of the Mechanical behaviour of the Textile Structures. À paraître dans International Journal of Clothing Science and Technology, 2001.
 

18/ M. Tarfaoui, S. Akesbi, J.Y. Dréan, Prediction of the stress-strain behavior of woven fabrics using the finite element method, part 1: The mesh of the basic cell of plain and twill fabrics, soumise au Textile Research Journal, Septembre 1999.

19/ M. Tarfaoui, S. Akesbi, J.Y. Dréan, Prediction of the stress-strain behavior of woven fabrics using the finite element method, part 2: numerical model for tensile and shear behavior of plain and twill fabrics. Soumise au Textile Research Journal, Octobre 1999.
 

20/ S. Akesbi, J.M. Crolet, B. Chahboune, Presentation of a mixed problem Fluid-Structure from biomechanical problem, ICFM4, Fourth International Conference of Fluid Mechanics, Alexandria, April 28-30, 1992.

21/ J.Y. Dréan, S. Akesbi, M. Tarfaoui, The modeling of the Mechanical Behavior of the Plain and Twill Fabrics by The Finite Element Method, International Modal Analysis Conference (IMAC VIII), San Antonio, Texas, USA, Feb. 2000.

22/ M. Tarfaoui, S. Akesbi, J.Y. Dréan, Prediction of Stress-Strain Behavior of Woven Fabrics by Using the Finite Element Method, The Fiber Society, Clemson, USA, Oct. 1999.

23/ M. Tarfaoui, S. Akesbi, J.Y. Dréan, Tensile and Shear Analysis of Woven Fabrics by Using the Finite Element Method, EUROMECH 4^th European Solid Mechanis Conference (ESMC4), Metz, France, Juin. 2000.

24/ M. Tarfaoui, S. Akesbi, J.Y. Dréan, Numerical Study of the Mechanical Behavior of the Textile Structures, Innovation and Modeling of Clothing Engineering Processes (IMCEP), Maribor, Slovenia, Oct. 2000.

25/ M. Ali Saidi, D. Adolphe, S. Akesbi, Modélisation d'écoulements à travers des géotextiles, Fluvisu 99, ENSICA-Toulouse, juin 1999.