Faisal Fairag

Associate Professor

📍 5-203/7📞 4463✉️ ffairag@kfupm.edu.sa🔗 Pure

Research Overview

Research interests include Numerical Analysis, Numerical Linear Algebra, and Numerical Solutions for PDE.

Numerical Analysis

Numerical Linear Algebra

Numerical Solutions for PDE

Preconditioning Techniques for Saddle point system

Image Deblurring Problems

Numerical Computations for Darcy's and Navier-Stokes Equations

Education

University of Pittsburgh, USA

1996

PhD

University of Pittsburgh, USA

1998

Selected Publications

Title	Journal	Year
Non-blind constraint image deblurring problem with mean curvature functional	Numerical Algorithms	2025
A numerical algorithm with parallel implementation for variable-order fractional mobile/immobile equation	Journal of Applied Mathematics and Computing	2025
Manifold regularization model for image deblurring: A point integral approach to Laplace-Beltrami equation	Physics Letters, Section A: General, Atomic and Solid State Physics	2025
Conformable fractional order variation-based image deblurring	Partial Differential Equations in Applied Mathematics	2024
On numerical solution of two-dimensional variable-order fractional diffusion equation arising in transport phenomena	AIMS Mathematics	2024
An effective algorithm for mean curvature-based image deblurring problem	Computational and Applied Mathematics	2022
A two-level method for image denoising and image deblurring models using mean curvature regularization	International Journal of Computer Mathematics	2022
Analysis of the CCFD method for MC-based image denoising problems	Electronic Transactions on Numerical Analysis	2021

Graduate Students

PhD Students

👤

Ahmad, S.

Two-level method for image deblurring problem (2020)

👤

Audu, J.

Two-level galerkin mixed finite element method for generalized forchheimer darcy problems (2018)

👤

Al-Mahdi, A.

Efficient solvers for image debluring problem and stochastic darcy's equation. (2015)

👤

Zaza, A.

Massively parallel oil reservoir simulation for history matching (2015)

👤

Al-Rubaee, R.

An efficient galerkin method for stochastic differential equations with applications to darcy's equation (2014)

MS Students

👤

Alshahrani, M.

Preconditioning techniques for darcy forchheimer model using block-centered finite difference method (2017)

👤

Salman, M.

Preconditioning techniques for saddle point problems (2011)

Courses Taught

Office Hours (Term-251):

Sunday

10:10AM - 11:00AM & 11:10AM - 11:55AM

Monday

10:10AM - 10:55AM

Tuesday

10:10AM - 11:00AM & 11:10AM - 11:55AM

Office hours are shown below.

Undergraduate

MATH 101Calculus IMATH 102Calculus IIMATH 201Calculus IIIMATH 371Numerical Computing

Graduate

Graduate teaching information not available.

Faculty Profile