Accélération de la convergence des méthodes de type Newton pour la résolution de grands systèmes non linéaires
Papier 1: "Towards adaptation of the NURBS weights in shape optimization", Mathematical Modeling and Computing, Vol. 9, No. 4, pp. 959–967 (2022)
Papier 2: "A new Broyden rank reduction method to solve large systems of nonlinear equations" , IJOCTA, Vol.9, No.2, pp. 176-185 (2019)
Papier 3: "Mathematical and numerical analysis of a nonlinear diffusion model for image restoration", Global Journal of Pure and Applied Mathematics, 2016
Papier 4: "A unified framework of the design of efficient fourth order Newton-like methods", International Journal of Applied Mathematics & Statistics, 2015
Papier 5: "A constructive approach for generating weighted-Newton methods for solving nonlinear systems in Banach spaces", Applied Mathematical Sciences Journal, 2014
Papier 6: "New class of weighted third-order methods without second derivative to solve nonlinear equations", International Journal of Mathematics ans Statistics, 2014
Papier 7: "An autoadaptative limited memory Broyden's method to solve systems of nonlinear equations", Applied Mathematics and computations, 2008
Papier 8: "Numerical solution of a pile problem", International Journal of Applied Mathematics, 2008
Comm 1: "A dynamical Broyden rank reduction method to solve systems of nonlinear equations", Proceeding de ICRAMCS, 2021, Casablanca, Maroc
Comm 2: "Adaptive NURBS-based geometry parametrization for shape optimization", JANO'13, Khouribgua, Maroc, 2021
Comm 3: "On limited memory Broyden methods to solve large nonlinear systems of equations ", Proceeding de WIMA17, 2017 Mohammedia, Maroc