| 1 |
Usability of WebMath-Kit as an Educational Platform for the topic Network in Graph Theory Among Grade 11 pupils in South Malaysia EDUCATUM Journal of Science Mathematics and Technology 2025Malaysian Citation IndexFirst Author |
| 2 |
Efficiency of Ridders’ method in solving nonlinear equations using Scilab programming Data Analytics and Applied Mathematics (DAAM) 2025Malaysian Citation IndexFirst AuthorCorrespondence Author |
| 3 |
Comparison of Some Numerical Methods for Solving Real-Life Nonlinear Equations by Using Python Programming The Journal of Mathematics and Computing Science (JMCS) 2024Malaysian Citation IndexFirst Author |
| 4 |
Active Extrapolation of DIMSIMS in Nordsieck Representation Jurnal Teknologi (Sciences and Engineering) 2023SCOPUSCorrespondence Author |
| 5 |
ACCURACY OF IMPLICIT DIMSIMS WITH EXTRAPOLATION Australian Journal of Mathematical Analysis and Applications 2020SCOPUSCorrespondence Author |
| 6 |
Efficiency of Runge-Kutta methods in solving simple harmonic oscillators Malaysian Journal of Industrial and Applied Mathematics 2018Google ScholarFirst Author |
| 7 |
Secant Method Superiority Over Newtons Method in Solving Scalar Nonlinear Equations Psychology and Education 2020SCOPUSCorrespondence Author |
| 8 |
EXTRAPOLATION OF TYPE-1 DIAGONALLY IMPLICIT MULTISTAGE INTEGRATION METHODS FOR SOLVING ORDINARY DIFFERENTIAL EQUATIONS Advances in Mathematics: Scientific Journal 2020SCOPUSCorrespondence Author |
| 9 |
EXTRAPOLATION OF GENERAL LINEAR METHODS WITH INHERENT RUNGE-KUTTA STABILITY Journal of Science and Mathematics Letters 2021Malaysian Citation IndexCorrespondence Author |
| 10 |
Error Estimation by using Symmetrization and Efficient Implementation Scheme for 3-stage Gauss Method Journal of Science and Mathematics Letters 2021Malaysian Citation IndexCorrespondence Author |
| 11 |
Extrapolation of GLMs with IRKS property to solve the Ordinary Differential Equations American Journal of Computational Mathematics 2019Google ScholarCorrespondence Author |
| 12 |
Extrapolation of Explicit DIMSIMs of high order to solve the ordinary differential equations Journal of Applied Mathematics and Physics 2019Excellent Research Australia (ERA)Correspondence Author |
| 13 |
Theoretical Analysis of Symmetric Runge-Kutta Methods Malaysian Journal of Mathematical Sciences 2018SCOPUSFirst Author |
| 14 |
Extrapolation of Runge-Kutta methods in solving simple harmonic oscillators and simple pendulum problems International Journal of Mathematics and Computation 2018Non IndexFirst Author |
| 15 |
Extrapolation of symmetrized Runge-Kutta methods in the variable stepsize setting International Journal of Applied Mathematics and Statistics 2016Excellent Research Australia (ERA)First Author |
| 16 |
High School Science Teacher Interests and Skills Use of Google Classroom Journal of Science and Mathematics Letters 2022Malaysian Citation IndexCo-Author |
| 17 |
Second-Order Accuracy in Time of Finite Difference Methods for Computational Aeroacoustics Jurnal Kejuruteraan 2023Web of ScienceCo-Author |
| 18 |
A Bibliometric Analysis of Fractional Equations and Caputo Derivatives in Differential Equations Harbin Gongcheng Daxue Xuebao/Journal of Harbin Engineering University 2023Google ScholarCo-Author |
| 19 |
A Stability Analysis for Radiation Effects on Marangoni Convection Boundary Layer Over a Permeable Surface
Journal of Science and Mathematics Letters 2023Malaysian Citation IndexCo-Author |
| 20 |
Solving SEI Model using Non-Standard Finite Difference and High Order Extrapolation with Variable Step Length Jurnal Kejuruteraan 2022Web of ScienceCo-Author |
| 21 |
Solving Lorenz System by Using Lower Order Symmetrized Runge-Kutta Methods Mathematics and Statistics 2022SCOPUSCo-Author |
| 22 |
Ordinary Differential Equation in Funnel Design for Fastest Bottling Process Test Engineering and Management 2020SCOPUSCo-Author |
| 23 |
Active and passive symmetrization of RungeKutta Gauss methods Applied Numerical Mathematics 2013SCOPUSCo-Author |
| 24 |
Investigation On The Most Efficient Ways To Solve The Implicit Equations for Gauss methods in the Constant Stepsize Setting Applied Mathematical Sciences 2018Excellent Research Australia (ERA)Co-Author |