2015
- Siraj-ul-Islam, I. Aziz and Z. Ahmad “Meshless methods for multivariate highly oscilla- tory Fredholm integral equations”, Engineering Analysis with Boundary Element, 2, (2015), 100-112, Impact Factor 1.39
- Siraj-ul-Islam, I. Aziz and M. Ahmad “Numerical solution of two-dimensional elliptic PDEs with nonlocal boundary conditions”, Computer Mathematics with Applica- tions, 69, (2015), 180-209, Impact Factor 1.697
- Siraj-ul-Islam and U. Naseeb “A comparative study of meshless complex quadrature rules for highly oscillatory integrals”, Engineering Analysis with Boundary Element,52, (2015), 71-80, Impact Factor 1.39
- Siraj-ul-Islam and S. Zaman “New quadrature rules for highly oscillatory integrals with stationary points”, Journal of Computational and Applied Mathematics, 278, (2015) 75-89, Impact Factor1.266
- I. Aziz, Siraj-ul-Islam, M. Fayyaz and M. Azram “New algorithms for numerical as- sessment of nonlinear integro-differential equations of second-order using Haar wavelets”, Walilak Journal of Science and Technology, 12 (11), (2015), 995-1007, Impact Factor 0.325
2014
I. Aziz, Siraj-ul-Islam, and Fawad Khan “A new method based on Haar wavelet for numerical solution of two-dimensional nonlinear integral equations”, Journal of Computational and Applied Mathematics 270 (2014) 70-80
Siraj-ul-Islam and N. Haider “Numerical solution of compartmental models by meshless and finite difference methods”, Applied Mathematics and Computation 238, (2014) 408-435
Siraj‐ul‐Islam, I. Aziz and A. S. Al‐Fahid “An improved method based on Haar wavelets for numerical solution of nonlinear integral and integro‐differential equations of first and higher orders”, Journal of Computational and Applied Mathematics, 260 (2014) 449‐469 (Impact factor =0. 989) [Link]
2013
Siraj‐ul‐Islam, I. Aziz, A. S. Al‐Fahid and A. Shah “A numerical assessment of parabolic partial differential equations using Haar and Legendre wavelets”, Applied Mathematical Modelling, 37 (2013) 9455‐9481 (Impact factor =1. 706) [Link]
Siraj‐ul‐Islam, A. S. Al‐Fahid and S. Zaman “Meshless and wavelets based complex quadrature of highly oscillatory integrals and the integral with stationary points”, Engineering Analysis and Boundary with Element, 37 (2013) 1136‐1144 (Impact factor =1.596) [Link]
Siraj‐ul‐Islam, I Aziz and M. Fayyaz “A new approach for the numerical solution of integro‐differential equations via Haar wavelets”, International Journal of Computer and Mathematics, 90 (2013) 1971‐1989 (Impact factor= 0. 5) [Link]
I. Aziz and Siraj‐ul‐Islam “New algorithms for numerical solution of nonlinear Fredholm and Volterra integral equations using Haar wavelets”, Journal of Computational and Applied Math. 239 (2013) 333‐345 (Impact factor=1. 112) [Link]
I. Aziz, Siraj‐ul‐Islam and B. Sarler “Wavelets collocation methods for the numerical solution of elliptic BV problems”, Applied Math. Modeling, 37 (2013) 676‐694 (Impact factor =1. 375) [Link]
Siraj‐ul‐Islam, B. Sarler and R. Vertnik “Local Radial Basis Function Collocation Method Along With Explicit Time Stepping For Hyperbolic Partial Differential Equations”, Applied Numerical. Mathematics, 67 (2013) 136‐151 (Impact factor =0. 99) [Link]
Siraj‐ul‐Islam, A. S. Al‐Fahid and S. Zaman “Meshless and wavelets based complex quadrature of highly oscillatory integrals and the integral with stationary points”, Engineering Analysis and Boundary with Element, 37 (2013) 1136‐1144 (Impact factor =1.596) [Link]
Siraj‐ul‐Islam, I Aziz and M. Fayyaz “A new approach for the numerical solution of integro‐differential equations via Haar wavelets”, International Journal of Computer and Mathematics, 90 (2013) 1971‐1989 (Impact factor= 0. 5) [Link]
I. Aziz and Siraj‐ul‐Islam “New algorithms for numerical solution of nonlinear Fredholm and Volterra integral equations using Haar wavelets”, Journal of Computational and Applied Math. 239 (2013) 333‐345 (Impact factor=1. 112) [Link]
I. Aziz, Siraj‐ul‐Islam and B. Sarler “Wavelets collocation methods for the numerical solution of elliptic BV problems”, Applied Math. Modeling, 37 (2013) 676‐694 (Impact factor =1. 375) [Link]
Siraj‐ul‐Islam, B. Sarler and R. Vertnik “Local Radial Basis Function Collocation Method Along With Explicit Time Stepping For Hyperbolic Partial Differential Equations”, Applied Numerical. Mathematics, 67 (2013) 136‐151 (Impact factor =0. 99) [Link]
2012
G. Yao, Siraj‐ul‐Islam and Bozidar Sarler “Assessment of global and local meshless methods based on collocation with radial basis functions for parabolic partial differential equations in three dimensions”, Engineering Analysis with Boundary Elements”, 36 (2012) 1640–1648 (Impact factor =1.531) [Link]
Siraj‐ul‐Islam, Imran Aziz and Wajid Khan ”Numerical integration of multi‐dimensional highly oscillatory, gentle oscillatory and non‐oscillatory integrands based on wavelets and radial basis functions”, Engineering Analysis with Boundary Elements, 36 (2012) 1684–1695 (Impact factor =1.531) [Link]
Siraj‐ul‐Islam, R. Vertnik and B. Sarler “Radial Basis Function Collocation Method for the Numerical Solution of the Two‐Dimensional Transient Nonlinear Coupled Burgers’ Equations”, Applied Math. Modeling, 36 (3) (2012), 1148‐1160 (Impact factor =1. 375) [Link]
Siraj‐ul‐Islam, Imran Aziz and Wajid Khan ”Numerical integration of multi‐dimensional highly oscillatory, gentle oscillatory and non‐oscillatory integrands based on wavelets and radial basis functions”, Engineering Analysis with Boundary Elements, 36 (2012) 1684–1695 (Impact factor =1.531) [Link]
Siraj‐ul‐Islam, R. Vertnik and B. Sarler “Radial Basis Function Collocation Method for the Numerical Solution of the Two‐Dimensional Transient Nonlinear Coupled Burgers’ Equations”, Applied Math. Modeling, 36 (3) (2012), 1148‐1160 (Impact factor =1. 375) [Link]
2011
Umut Hanoglu, Siraj‐ul‐Islam and Bozidar Sarler “Numerical Solution of Hot Shape Rolling of Steel” Materials and technology", 45(6) 545 (2011) (Impact factor =0) [Link]
I. Aziz, Siraj‐ul‐Islam and Wajid. Khan “Quadrature Rules for Numerical Integration Based on Haar Wavelets and Hybrid Functions” Computer Mathematic with Applications, 16 (2011) 2770‐2781 (Impact factor = 1.472) [Link]
Siraj‐ul‐Islam, B. Sarler, I. Aziz and F. Haq “Haar wavelet collocation method for the numerical solution of boundary layer fluid flow problems” International Journal of Thermal Sciences, 52 (2011), 686‐697 (Impact factor = 1.667) [Link]
F. Haq, Siraj‐ul‐Islam and I. Aziz “A Numerical Solution of Singularly Perturbed Two‐point BVPs Using Non‐uniform Haar Wavelets” International Journal for Computational Methods in Engineering Science & Mechanics, 12 (2011) 168‐175 (Impact factor = 0) [Link]
Siraj‐ul‐Islam, I. Aziz and B. Sarler “The Numerical Solution of Second‐Order Boundary‐ Value Problems by Collocation with Haar Wavelets”, Mathematics and Computer Modeling, 52 (2010) 1577‐1590 (Impact factor =1.066) [Link]
I. Aziz, Siraj‐ul‐Islam and Wajid. Khan “Quadrature Rules for Numerical Integration Based on Haar Wavelets and Hybrid Functions” Computer Mathematic with Applications, 16 (2011) 2770‐2781 (Impact factor = 1.472) [Link]
Siraj‐ul‐Islam, B. Sarler, I. Aziz and F. Haq “Haar wavelet collocation method for the numerical solution of boundary layer fluid flow problems” International Journal of Thermal Sciences, 52 (2011), 686‐697 (Impact factor = 1.667) [Link]
F. Haq, Siraj‐ul‐Islam and I. Aziz “A Numerical Solution of Singularly Perturbed Two‐point BVPs Using Non‐uniform Haar Wavelets” International Journal for Computational Methods in Engineering Science & Mechanics, 12 (2011) 168‐175 (Impact factor = 0) [Link]
Siraj‐ul‐Islam, I. Aziz and B. Sarler “The Numerical Solution of Second‐Order Boundary‐ Value Problems by Collocation with Haar Wavelets”, Mathematics and Computer Modeling, 52 (2010) 1577‐1590 (Impact factor =1.066) [Link]
2010
Siraj‐ul‐Islam, A. Ali and S. Haq “A Computational Modeling of the Behavior of the Two‐ Dimensional Reaction‐diffusion Brusselator System" Applied Math. Modeling, Vol. 34 (2010) 3896–3909 (Impact factor =1. 375) [Link]
F. Haq, Siraj‐ul‐Islam and S. Tirmizi “A Numerical Technique for Solution of the MRLW Equation Using Quartic B‐splines” Applied Mathematical Modeling. Vol. 34, (2010), 4151–4160 (Impact factor =1. 375) [Link]
G. Yao, Siraj‐ul‐Islam and B. Sarler, “A Comparative Study of Global and Local Meshless Methods for Diffusion‐Reaction Equation” Computer Modeling in Engineering & Sciences (CMES), Vol. 59, 2, (2010) 127‐154 (Impact factor =0) [Link]
S. Haq, A. Hussian and Siraj‐ul‐Islam “Solutions of Coupled Burger’s, Fifth‐Order KdV and Kawahara Equations Using Differential Transform Method with Padé Approximant”, Selçuk Journal of Appl. Mathematic, Vol. 11, 1, (2010), 43‐62 (Impact factor =0) [Link]
M. Idrees, S. Islam and Siraj‐ul‐Islam "Application of Optimal Homotopy Asymptotic Method to Squeezing Flow" Computers and Mathematics with applications, Vol. 59 (11), (2010), 3858‐3866 (Impact factor =1. 192) [Link]
Siraj‐ul‐Islam, Fazal Haq, and S. Tirmizi “Collocation Method Using Quartic B‐Spline for the Numerical Solution of the Modified Equal Width Wave Equation”, J. Applied. Mathematic & Informatics, Vol. 28, (2010), 611‐624 (Impact factor =0) [Link]
Siraj‐ul‐Islam, I. Aziz andF. Haq “A Comparative Study of Numerical Integration Based on Haar wavelets and Hybrid Functions”, Computer Mathematics with Applications, Vol. 59, 6, (2010), 2026‐2036 (Impact factor =1.192) [Link]
Fazal Haq, Imran Aziz andSiraj‐ul‐Islam, “A Haar Wavelets Based Numerical Method for Eight‐order Boundary Problems”, International Journal of Mathematics and Computer Sciences, Vol. 6, 1, (2010), 25‐31 (Impact factor =0) [Link]
Javed Ali, Saeed Islam and Siraj‐ul‐Islam, “The Solution of Multipoint Boundary‐value Problems by the Optimal Homotopy Asymptotic Method”, Computer Mathematics with Applications, Vol. 59, 6, (2010), 2000‐2006 (Impact factor = 1.192) [Link]
F. Haq, Siraj‐ul‐Islam and S. Tirmizi “A Numerical Technique for Solution of the MRLW Equation Using Quartic B‐splines” Applied Mathematical Modeling. Vol. 34, (2010), 4151–4160 (Impact factor =1. 375) [Link]
G. Yao, Siraj‐ul‐Islam and B. Sarler, “A Comparative Study of Global and Local Meshless Methods for Diffusion‐Reaction Equation” Computer Modeling in Engineering & Sciences (CMES), Vol. 59, 2, (2010) 127‐154 (Impact factor =0) [Link]
S. Haq, A. Hussian and Siraj‐ul‐Islam “Solutions of Coupled Burger’s, Fifth‐Order KdV and Kawahara Equations Using Differential Transform Method with Padé Approximant”, Selçuk Journal of Appl. Mathematic, Vol. 11, 1, (2010), 43‐62 (Impact factor =0) [Link]
M. Idrees, S. Islam and Siraj‐ul‐Islam "Application of Optimal Homotopy Asymptotic Method to Squeezing Flow" Computers and Mathematics with applications, Vol. 59 (11), (2010), 3858‐3866 (Impact factor =1. 192) [Link]
Siraj‐ul‐Islam, Fazal Haq, and S. Tirmizi “Collocation Method Using Quartic B‐Spline for the Numerical Solution of the Modified Equal Width Wave Equation”, J. Applied. Mathematic & Informatics, Vol. 28, (2010), 611‐624 (Impact factor =0) [Link]
Siraj‐ul‐Islam, I. Aziz andF. Haq “A Comparative Study of Numerical Integration Based on Haar wavelets and Hybrid Functions”, Computer Mathematics with Applications, Vol. 59, 6, (2010), 2026‐2036 (Impact factor =1.192) [Link]
Fazal Haq, Imran Aziz andSiraj‐ul‐Islam, “A Haar Wavelets Based Numerical Method for Eight‐order Boundary Problems”, International Journal of Mathematics and Computer Sciences, Vol. 6, 1, (2010), 25‐31 (Impact factor =0) [Link]
Javed Ali, Saeed Islam and Siraj‐ul‐Islam, “The Solution of Multipoint Boundary‐value Problems by the Optimal Homotopy Asymptotic Method”, Computer Mathematics with Applications, Vol. 59, 6, (2010), 2000‐2006 (Impact factor = 1.192) [Link]
2009
Imran Aziz, Fazal Haq, and Siraj‐ul‐Islam, “Numerical Solution of Sixth‐order Singular Boundary‐value Problems Using Haar Wavelets”, Journal of wavelets theory and its applications, Vol. 3, 1, (2009), 157‐168 (Impact factor = 0) [Link]
Marjan Uddin Sirajul Haq, and Siraj‐ul‐Islam, “Numerical Solution of Complex Modified Korteweg‐de Vries Equation by Meshfree Collocation Method” Computer Mathematics with Applications, Vol. 58 3 (2009) 566–578 (Impact factor = 1.192) [Link]
S. Haq, Siraj‐ul‐Islam and M. Uddin, "Numerical Solution of Nonlinear Schrodinger Equations by Collocation Method Using Radial Basis Functions", Computer Modelling in Engineering and Sciences (CMES), vol. 44, (2009) 115‐135 (Impact factor = 4.00) [Link]
Sirajul Haq, Siraj‐ul‐Islam, andMarjan Uddin, “A Mesh‐free Numerical Method for Solution of the Family of Kuramoto‐Sivashinsky Equations” Applied Mathematics Computation, Vol. 212, (2009) 458–469 (Impact factor =1.124) [Link]
Arshad Ali, Siraj‐ul‐Islam and Sirajul Haq, “A Computational Meshfree Technique for the Numerical Solution of the Two Dimensional Coupled Burgers' Equations” International Journal for Computational Methods in Engineering Science & Mechanics , Vol. 10, 5, (2009) 406 – 422 (Impact factor =0) [Link]
Ahmad Jan Khattak, S.I.A. Tirmizi and Siraj‐ul‐Islam, ”Application of Radial Basis Functions Scheme to System of Nonlinear Partial Differential Equations”, Engineering Analysis with Boundary Elements, Vol. 33, (2009) 661‐667 (Impact factor =1.531) [Link]
Siraj‐ul‐Islam, Sirajul‐Haq and Marjan Uddin, ”A Mesh‐free Interpolation Method for the Numerical Solution of the Coupled Nonlinear Partial Differential Equations”, Engineering Analysis with Boundary Element, Vol. 33, (2009) 399‐409 (Impact factor = 1.531) [Link]
Siraj‐ul‐Islam, Sirajul‐Haq, Arshad Ali, "Meshfree Method for the Numerical Solution of RLW Equations”, Journal of Computational and Applied Mathematics Vol. 223 (2009) 997–1012 (Impact factor = 1.292) [Link]
Siraj‐ul‐Islam, Sirajul‐Haq and Javid Ali, '"Numerical Solution of Special Twelfth‐order Boundary Value Problems Using Differential Transform Method”, Communications in Nonlinear Science and Numerical Simulation Vol. 14, (2009), 1132–1138 (Impact factor= 2.69) [Link]
Sirajul Haq, Siraj‐ul Islam and Marjan Uddin, “A Mesh‐free Method for the Numerical Solution of the KdV‐Burgers’ Equation” Applied Mathematical Modeling, Vol. 33 (2009) 3442‐3449 (Impact factor = 1.375) [Link]
Marjan Uddin Sirajul Haq, and Siraj‐ul‐Islam, “Numerical Solution of Complex Modified Korteweg‐de Vries Equation by Meshfree Collocation Method” Computer Mathematics with Applications, Vol. 58 3 (2009) 566–578 (Impact factor = 1.192) [Link]
S. Haq, Siraj‐ul‐Islam and M. Uddin, "Numerical Solution of Nonlinear Schrodinger Equations by Collocation Method Using Radial Basis Functions", Computer Modelling in Engineering and Sciences (CMES), vol. 44, (2009) 115‐135 (Impact factor = 4.00) [Link]
Sirajul Haq, Siraj‐ul‐Islam, andMarjan Uddin, “A Mesh‐free Numerical Method for Solution of the Family of Kuramoto‐Sivashinsky Equations” Applied Mathematics Computation, Vol. 212, (2009) 458–469 (Impact factor =1.124) [Link]
Arshad Ali, Siraj‐ul‐Islam and Sirajul Haq, “A Computational Meshfree Technique for the Numerical Solution of the Two Dimensional Coupled Burgers' Equations” International Journal for Computational Methods in Engineering Science & Mechanics , Vol. 10, 5, (2009) 406 – 422 (Impact factor =0) [Link]
Ahmad Jan Khattak, S.I.A. Tirmizi and Siraj‐ul‐Islam, ”Application of Radial Basis Functions Scheme to System of Nonlinear Partial Differential Equations”, Engineering Analysis with Boundary Elements, Vol. 33, (2009) 661‐667 (Impact factor =1.531) [Link]
Siraj‐ul‐Islam, Sirajul‐Haq and Marjan Uddin, ”A Mesh‐free Interpolation Method for the Numerical Solution of the Coupled Nonlinear Partial Differential Equations”, Engineering Analysis with Boundary Element, Vol. 33, (2009) 399‐409 (Impact factor = 1.531) [Link]
Siraj‐ul‐Islam, Sirajul‐Haq, Arshad Ali, "Meshfree Method for the Numerical Solution of RLW Equations”, Journal of Computational and Applied Mathematics Vol. 223 (2009) 997–1012 (Impact factor = 1.292) [Link]
Siraj‐ul‐Islam, Sirajul‐Haq and Javid Ali, '"Numerical Solution of Special Twelfth‐order Boundary Value Problems Using Differential Transform Method”, Communications in Nonlinear Science and Numerical Simulation Vol. 14, (2009), 1132–1138 (Impact factor= 2.69) [Link]
Sirajul Haq, Siraj‐ul Islam and Marjan Uddin, “A Mesh‐free Method for the Numerical Solution of the KdV‐Burgers’ Equation” Applied Mathematical Modeling, Vol. 33 (2009) 3442‐3449 (Impact factor = 1.375) [Link]
2008
Sirajul Haq, Siraj‐ul‐Islam, Arshad Ali, “A Numerical Meshfree Technique for the Solution of the MEW Equation” Computer Modeling in Engineering & Sciences (CMES), Vol. 1022, (2008) 1‐23 (Impact factor =5.0) [Link]
Siraj‐ul‐Islam, A. J. Khattak, Ikram A. Tirmizi, ”A Meshfree Method for Numerical Solution of KdV Equation”, Engineering Analysis with Boundary Element 32 (2008) 849–855 (Impact factor =1.531) [Link]
A.J. Khattak, Siraj‐ul‐Islam, ”A Comparative Study of numerical Solutions of a Class of KdV Equation”, Applied Mathematics and Computation Vol. 199, (2008), 425‐435 (Impact factor =1.124) [Link]
Siraj‐ul‐Islam, Ikram A. Tirmizi andFazal Haq, ”Non‐polynomial Splines Approach to the Solution of Sixth‐order Boundary‐value Problems”, Applied Mathematics and Computation, Vol. 195, (2008), 270‐284 (Impact factor =1. 124) [Link]
Ikram A. Tirmizi, Fazal Haq and Siraj‐ul‐Islam, ”Non‐polynomial Spline Solution of Singularly Perturbed Boundary‐value Problems” Applied Mathematics and Computation, Vol. 196, (2008), 6‐16 (Impact factor =1.124) [Link]
Siraj‐ul‐Islam, Ikram A. Tirmizi, Fazal Haq andShahrukh K. Taseer, “A Family of NumericalMethods Based on Non‐polynomial Splines for Solution of Contact Problems”, Communications in Nonlinear Science and Numerical Simulation, Vol. 13, (2008) 1448‐ 1460 (Impact factor =2.69) [Link]
Siraj‐ul‐Islam, A. J. Khattak, Ikram A. Tirmizi, ”A Meshfree Method for Numerical Solution of KdV Equation”, Engineering Analysis with Boundary Element 32 (2008) 849–855 (Impact factor =1.531) [Link]
A.J. Khattak, Siraj‐ul‐Islam, ”A Comparative Study of numerical Solutions of a Class of KdV Equation”, Applied Mathematics and Computation Vol. 199, (2008), 425‐435 (Impact factor =1.124) [Link]
Siraj‐ul‐Islam, Ikram A. Tirmizi andFazal Haq, ”Non‐polynomial Splines Approach to the Solution of Sixth‐order Boundary‐value Problems”, Applied Mathematics and Computation, Vol. 195, (2008), 270‐284 (Impact factor =1. 124) [Link]
Ikram A. Tirmizi, Fazal Haq and Siraj‐ul‐Islam, ”Non‐polynomial Spline Solution of Singularly Perturbed Boundary‐value Problems” Applied Mathematics and Computation, Vol. 196, (2008), 6‐16 (Impact factor =1.124) [Link]
Siraj‐ul‐Islam, Ikram A. Tirmizi, Fazal Haq andShahrukh K. Taseer, “A Family of NumericalMethods Based on Non‐polynomial Splines for Solution of Contact Problems”, Communications in Nonlinear Science and Numerical Simulation, Vol. 13, (2008) 1448‐ 1460 (Impact factor =2.69) [Link]
2007
Siraj‐ul‐Islam, M. A Khan and S. I. Tirmizi, ”Quartic Non‐polynomial Spline Approach to the Solution of a System of Third‐order Boundary‐value Problems”, Journal of Mathematical Analysis and Applications, Vol. 335, (2007) 1095‐1104 (Impact factor = 1.225) [Link]
Siraj‐ul‐Islam, F. Haq and S. I. Tirmizi, ”Quadratic Non‐polynomial Spline Approach to the Solution of a System of Second‐order Boundary‐value Problems”, International Journal of High Performance Computing, Vol. 21, (2007), 42‐49 (Impact factor = 1.274) [Link]
Siraj‐ul‐Islam and S. I. Tirmizi, “A Smooth Approximation for the Solution of Special Third‐order Nonlinear Boundary‐value Problems”, International Journal of Computer Mathematics, Vol. 83, (2006), 397‐408 (Impact factor = 0.564) [Link]
Siraj‐ul‐Islam and M. A Khan, “A Class of Methods Based on Polynomial Sextic Spline Functions for the Solution of Special Fifth‐order Boundary‐value Problems”, Applied Mathematics Computation, Vol. 181, 1, (2006), 356‐361 (Impact factor = 1.124) [Link]
Siraj‐ul‐Islam, F. Haq and S. I. Tirmizi, ”Quadratic Non‐polynomial Spline Approach to the Solution of a System of Second‐order Boundary‐value Problems”, International Journal of High Performance Computing, Vol. 21, (2007), 42‐49 (Impact factor = 1.274) [Link]
Siraj‐ul‐Islam and S. I. Tirmizi, “A Smooth Approximation for the Solution of Special Third‐order Nonlinear Boundary‐value Problems”, International Journal of Computer Mathematics, Vol. 83, (2006), 397‐408 (Impact factor = 0.564) [Link]
Siraj‐ul‐Islam and M. A Khan, “A Class of Methods Based on Polynomial Sextic Spline Functions for the Solution of Special Fifth‐order Boundary‐value Problems”, Applied Mathematics Computation, Vol. 181, 1, (2006), 356‐361 (Impact factor = 1.124) [Link]
2006
Siraj‐ul‐Islam, M. A. Noor, S. I. A. Tirmizi and M. A. Khan, “Quadratic Non‐polynomial Spline Approach to the Solution Second‐order Boundary‐value Problems”, Applied Mathematics Computation, Vol. 179, Issue 1, 1, (2006), 153‐160 (Impact factor = 1.124) [Link]
M. A. Khan, Siraj‐ul‐Islam, S.I.A.Tirmizi, E.H.Twizell and Saadat Asharaf, “A Class of Methods Based on Non‐polynomial Sextic Spline Functions for the Solution of Special Fifth‐order Boundary‐value Problems”, Journal of Mathematical Analysis and Applications Vol. 321, (2006) 651‐660 (Impact factor = 1.225) [Link]
Siraj‐ul‐Islam, S.I.A.Tirmizi and Saadat Asharaf, “A Class of Methods Based on Non‐polynomial Spline Functions for the Solution of Special Fourth‐order Boundary‐value Problems with Engineering Applications”, Applied Mathematics Computation, Vol. 174, Issue 2, (2006), 1169‐1180 (Impact factor = 1.124) [Link]
Siraj‐ul‐Islam and S.I.A.Tirmizi, “Non‐Polynomial Spline Approach to the Solution of a System of Second‐Order Boundary‐Value Problems”, Applied Mathematics Computation, Vol. 173, Issue 2, (2006), 1208‐1218 (Impact factor = 1.124) [Link]
M. A. Khan, Siraj‐ul‐Islam, S.I.A.Tirmizi, E.H.Twizell and Saadat Asharaf, “A Class of Methods Based on Non‐polynomial Sextic Spline Functions for the Solution of Special Fifth‐order Boundary‐value Problems”, Journal of Mathematical Analysis and Applications Vol. 321, (2006) 651‐660 (Impact factor = 1.225) [Link]
Siraj‐ul‐Islam, S.I.A.Tirmizi and Saadat Asharaf, “A Class of Methods Based on Non‐polynomial Spline Functions for the Solution of Special Fourth‐order Boundary‐value Problems with Engineering Applications”, Applied Mathematics Computation, Vol. 174, Issue 2, (2006), 1169‐1180 (Impact factor = 1.124) [Link]
Siraj‐ul‐Islam and S.I.A.Tirmizi, “Non‐Polynomial Spline Approach to the Solution of a System of Second‐Order Boundary‐Value Problems”, Applied Mathematics Computation, Vol. 173, Issue 2, (2006), 1208‐1218 (Impact factor = 1.124) [Link]
2005
Siraj‐ul‐Islam, S.I.A.Tirmizi, M. A. Khan and E. H. Twizell, “A Non‐polynomial Spline Approach to the Solution of a System of Third‐order Boundary‐Value problems Using Non‐ polynomial Splines”. Applied Mathematics Computation Vol.168 (1), (2005), 152‐163 (Impact factor = 1.124) [Link]
S. I. A. Tirmizi, E.H. Twizell and Siraj‐ul‐islam, ”A Numerical Method for Third‐order Non‐ linear Boundary‐value Problems in Engineering”, Issue (82) International Journal of Computer Math, (2005) 103‐109 (Impact factor =0.564) [Link]
S. I. A. Tirmizi, E.H. Twizell and Siraj‐ul‐islam, ”A Numerical Method for Third‐order Non‐ linear Boundary‐value Problems in Engineering”, Issue (82) International Journal of Computer Math, (2005) 103‐109 (Impact factor =0.564) [Link]