۲۱ | EBDF-type methods based on the linear barycentric rational interpolants for stiff IVPs | Z. Esmaeelzadeh-A. Abdi-G. Hojjati | Journal of Applied Mathematics and Computing | 2021 |
۲۲ | Variable stepsize SDIMSIMs for ordinary differential equations | A. Jalilian-A. Abdi-G. Hojjati | Applied Numerical Mathematics | 2021 |
۲۳ | A GLMs-based difference-quadrature scheme for Volterra integro-differential equations | A.Y.J. Almasoodi-A. Abdi-G. Hojjati | Applied Numerical Mathematics | 2021 |
۲۴ | Implicit–explicit second derivative diagonally implicit multistage integration methods | A. Abdi-G. Hojjati-M. Sharifi | Computational and Applied Mathematics | 2020 |
۲۵ | Second derivative two-step collocation methods for ordinary differential equations | S. Fazeli-G. Hojjati | Applied Numerical Mathematics | 2020 |
۲۶ | Projection of Second Derivative Methods for Ordinary Differential Equations with Invariants | A. Abdi-G. Hojjati | Bulletin of the Iranian Mathematical Society | 2020 |
۲۷ | A new code for Volterra integral equations based on natural Runge-Kutta methods | A. Abdi-G. Hojjati-Z. Jackiewicz-H. Mahdi | Applied Numerical Mathematics | 2019 |
۲۸ | On the numerical stability of the general linear methods for Volterra integro-differential equations | H. Mahdi-Hojjati-A. Abdi | Applied Numerical Mathematics | 2019 |
۲۹ | Explicit General Linear Methods with a Large Stability Region for Volterra Integro-differential Equations | H. Mahdi-G. Hojjati-A. Abdi | Mathematical Modelling and Analysis | 2019 |
۳۰ | Efficient general linear methods for a class of Volterra integro-differential equations | H. Mahdi-A. Abdi-G. Hojjati | Applied Numerical Mathematics | 2018 |
۳۱ | Construction of Implicit–Explicit Second-Derivative BDF Methods | N. Yousefzadeh-G. Hojjati-A. Abdi1 | Bulletin of the Iranian Mathematical Society | 2018 |
۳۲ | Symmetric second derivative integration methods | M. Hosseini Nasab-A. Abdi-G. Hojjati | Journal of Computational and Applied Mathematics | 2018 |
۳۳ | Efficient second derivative methods with extended stability regions for non-stiff IVPs | N. Barghi Oskouie-A. Abdi-G. Hojjati | Computational and Applied Mathematics | 2018 |
۳۴ | Some efficient Nordsieck integration methods for IVPs | N. Barghi Oskouie-A. AbdiG. Hojjati | Iranian Journal of Numerical Analysis and Optimization | 2018 |
۳۵ | Construction of Nordsieck Second Derivative General Linear Methods with Inherent Quadratic Stability | A. Movahedinejad-G. Hojjati-A. Abdi | Mathematical Modelling and Analysis | 2017 |
۳۶ | A Class of Methods with Optimal Stability Properties for the Numerical Solution of IVPs: Construction and Implementation | M. Hosseini Nasab-G. Hojjati-A. Abdi | International Journal of Computational Methods | 2017 |
۳۷ | G-symplectic second derivative general linear methods for Hamiltonian problems | M. Hosseini Nasab-G. Hojjati-A. Abdi | Journal of Computational and Applied Mathematics | 2017 |
۳۸ | Second derivative general linear methods with inherent Runge–Kutta stability | A. Movahedinejad-G. Hojjati-A. Abdi | Numerical Algorithms | 2016 |
۳۹ | Construction of efficient general linear methods for stiff Volterra integral equations | A. Abdi-S. Fazeli-G. Hojjati | Journal of Computational and Applied Mathematics | 2016 |
۴۰ | A hybrid method with optimal stability properties for the numerical solution of stiff differential systems | A. Movahedinejad-A. Abdi-G. Hojjati | Computational Methods for Differential Equations | 2016 |