Extended block Krylov subspace approaches for solving large-scale linear system of fractional DEs
Sadek L.
Journal of Computational and Applied Mathematics · Journal
Date: 1 October 2026Vol: 484Cited by: 0Article
SCOPUS_ID:105030565641
The general Bernstein function: Application to χ-fractional differential equations
Sadek L.
Mathematical Methods in the Applied Sciences · Journal
Date: 15 May 2024Vol: 47Issue: 7Pages: 6117-6142Cited by: 13Article
OPEN ACCESSSCOPUS_ID:85183029423
Multistage Bernstein collocation method for solving strongly nonlinear damped systems
Bataineh A.S.
JVC Journal of Vibration and Control · Journal
Date: 1 January 2019Vol: 25Issue: 1Pages: 122-131Cited by: 8Article
SCOPUS_ID:85047386220
Modified Legendre Operational Matrix of Differentiation for Solving Strongly Nonlinear Dynamical Systems
Alomari A.
International Journal of Applied and Computational Mathematics · Journal
Date: 1 October 2018Vol: 4Issue: 5Cited by: 2Article
SCOPUS_ID:85062722398
Bernstein polynomials method and it’s error analysis for solving nonlinear problems in the calculus of variations: Convergence analysis via residual function
Bataineh A.
Filomat · Journal
Date: 2018Vol: 32Issue: 4Pages: 1379-1393Cited by: 8Article
OPEN ACCESSSCOPUS_ID:85052310152
Bernstein Operational Matrix with Error Analysis for Solving High Order Delay Differential Equations
Bataineh A.
International Journal of Applied and Computational Mathematics · Journal
Date: 1 September 2017Vol: 3Issue: 3Pages: 1749-1762Cited by: 21Article
SCOPUS_ID:85052292608
Solution of fractional-order differential equations based on the operational matrices of new fractional Bernstein functions
Alshbool M.H.T.
Journal of King Saud University Science · Journal
Date: 1 January 2017Vol: 29Issue: 1Pages: 1-18Cited by: 50Review
OPEN ACCESSSCOPUS_ID:84951135013
Bernstein method for the MHD flow and heat transfer of a second grade fluid in a channel with porous wall
Bataineh A.
Alexandria Engineering Journal · Journal
Date: 1 September 2016Vol: 55Issue: 3Pages: 2149-2156Cited by: 13Article
OPEN ACCESSSCOPUS_ID:84991832983
On the approximate solutions of systems of odes by legendre operational matrix of differentiation
Bani-Ahmad F.
Italian Journal of Pure and Applied Mathematics · Journal
Date: 2016Vol: 36Pages: 483-494Cited by: 7Article
SCOPUS_ID:84991085118
An adaptation of homotopy analysis method for reliable treatment of strongly nonlinear problems: Construction of homotopy polynomials
Odibat Z.
Mathematical Methods in the Applied Sciences · Journal
Date: 30 March 2015Vol: 38Issue: 5Pages: 991-1000Cited by: 84Article
SCOPUS_ID:84988268365
Approximate solutions of singular differential equations with estimation error by using Bernstein polynomials
Alshbool M.
International Journal of Pure and Applied Mathematics · Journal
Date: 2015Vol: 100Issue: 1Pages: 109-125Cited by: 13Article
OPEN ACCESSSCOPUS_ID:84925301933
Avoid the uncontrollability problems of the nonzero endpoint conditions via homotopy analysis method
Sami Bataineh A.
Applied and Computational Mathematics · Journal
Date: 2014Vol: 13Issue: 1Pages: 78-90Cited by: 6Article
SCOPUS_ID:84983559821
Natural convection in an enclosure containing a sinusoidally heated cylindrical source
Roslan R.
International Journal of Heat and Mass Transfer · Journal
Date: 2014Vol: 70Pages: 119-127Cited by: 61Article
SCOPUS_ID:84888103973
A representation of the exact solution of generalized Lane-Emden equations using a new analytical method
Abu Arqub O.
Abstract and Applied Analysis · Journal
Date: 2013Vol: 2013Cited by: 149Article
OPEN ACCESSSCOPUS_ID:84880895747
Approximate solution of nonlinear system of BVP arising in fluid flow problem
Alomari A.
Mathematical Problems in Engineering · Journal
Date: 2013Vol: 2013Cited by: 33Article
OPEN ACCESSSCOPUS_ID:84878647942
Approximate solutions of singular two-point BVPs using legendre operational matrix of differentiation
Bataineh A.
Journal of Applied Mathematics · Journal
Date: 2013Vol: 2013Cited by: 6Article
OPEN ACCESSSCOPUS_ID:84877278018
Novel method for solving singular two-point BVPs
Sami Bataineh A.
Journal of Physics Conference Series · Conference Proceeding
Date: 2013Vol: 435Issue: 1Cited by: 2Conference Paper
OPEN ACCESSSCOPUS_ID:84878067303
The comparison between Homotopy Analysis Method and Optimal Homotopy Asymptotic Method for nonlinear age-structured population models
Ghoreishi M.
Communications in Nonlinear Science and Numerical Simulation · Journal
Date: March 2012Vol: 17Issue: 3Pages: 1163-1177Cited by: 51Article
SCOPUS_ID:80053385048
Renewable energy potential assessment in Jordan
Anagreh Y.
Renewable and Sustainable Energy Reviews · Journal
Date: June 2011Vol: 15Issue: 5Pages: 2232-2239Cited by: 36Review
SCOPUS_ID:79952596276
On convergence of homotopy analysis method and its modification for fractional modified KdV equations
Abdulaziz O.
Journal of Applied Mathematics and Computing · Journal
Date: June 2010Vol: 33Issue: 1-2Pages: 61-81Cited by: 12Article
SCOPUS_ID:77952880577
Assessment of renewable energy potential, at Aqaba in Jordan
Anagreh Y.
Renewable and Sustainable Energy Reviews · Journal
Date: May 2010Vol: 14Issue: 4Pages: 1347-1351Cited by: 39Review
SCOPUS_ID:76049113187
Direct solution of n th-order IVPs by homotopy analysis method
Hashim I.
Differential Equations and Nonlinear Mechanics · Journal
Date: 2009Vol: 2009Cited by: 12Article
OPEN ACCESSSCOPUS_ID:76649087669
Analytical treatment of generalized burgers-huxley equation by homotopy analysis method
Sami Bataineh A.
Bulletin of the Malaysian Mathematical Sciences Society · Journal
Date: 2009Vol: 32Issue: 2Pages: 233-243Cited by: 8Article
SCOPUS_ID:68049097266
Solution of fully developed free convection of a micropolar fluid in a vertical channel by homotopy analysis method
Sami Bataineh A.
International Journal for Numerical Methods in Fluids · Journal
Date: 10 July 2009Vol: 60Issue: 7Pages: 779-789Cited by: 15Article
SCOPUS_ID:67649961616
Series solutions of systems of nonlinear fractional differential equations
Bataineh A.
Acta Applicandae Mathematicae · Journal
Date: February 2009Vol: 105Issue: 2Pages: 189-198Cited by: 34Article
SCOPUS_ID:58149490845