1. hamed zeidabadi , Mortaza Gachpazan , Asghar Kerayechian , Finite element method for solving of linear two-dimensional integral equations on irregular domains , Journal of Advance Research in Applied Mathematics , Volume ( 7 ) , 2015-9, Pages 78-87
  2. Mortaza Gachpazan , Asghar Kerayechian , hamed zeidabadi , Finite Element Method for solving Linear Volterra Integro-Differential Equations of the second kind , Journal of Information and Computing Science , Volume ( 9 ) , 2014-12, Pages 289-297
  3. Mostafa Kafaei Razavi , Asghar Kerayechian , Mortaza Gachpazan , Stanford Shateyi , A New Iterative Method for Finding Approximate Inverses of Complex Matrices , Abstract and Applied Analysis , Volume ( 2014 ) , 2014-10, Pages 1-7
  4. M. Baymani , Sohrab Effati , Hamid Niazmand , Asghar Kerayechian , Artificial neural network method for solving the Navier–Stokes equations , Neural Computing and Applications , Volume ( 25 ) , 2014-10, Pages 1-8
  5. Ali Reza Soheili , Asghar Kerayechian , Hamed Reza Tareghian , nooshin davoodi , Adaptive Numerical Simulation of Traffic Flow Density , Computers and Mathematics with Applications , Volume ( 111 ) , 2013-7, Pages 227-237
  6. Ali Reza Soheili , Asghar Kerayechian , nooshin davoodi , Adaptive numerical method for Burger-type nonlinear equations , Applied Mathematics and Computation , Volume ( 212 ) , 2012-12, Pages 1-20
  7. Atefeh Foroozandeh , Asghar Kerayechian , Mortaza Gachpazan , Mahdi Momennezhad , Shahrokh Nasseri , 3D Reconstruction Using Cubic Bezier Spline Curves and Active Contours, Case Study , Iranian Journal of Medical Physics , Volume ( 9 ) , 2012-9, Pages 169-176
  8. M. Baymani , Sohrab Effati , Asghar Kerayechian , A Feed-Forward Neural Network for Solving Stokes Problem , Acta Applicandae Mathematicae , Volume ( 116 ) , 2011-7, Pages 55-64
  9. Modjtaba Baymani , Asghar Kerayechian , Sohrab Effati , Artificial Neural Networks Approach for Solving Stokes Problem , Applied Mathematics , Volume ( 1 ) , 2010-11, Pages 288-292
  10. , Asghar Kerayechian , Mortaza Gachpazan , Linearisation of Boundary Optimal Control Problems by Finite Element Method , Journal of Information and Computing Science , Volume ( 5 ) , 2010-9, Pages 41-46
  11. Ali Tavakoli , Asghar Kerayechian , Improvement of the rate of convergence estimates for multigri algorithm , Applied Mathematics and Computation , Volume ( 187 ) , 2007-4, Pages 922-928
  12. A. Kaabi , Asghar Kerayechian , Faezeh Toutounian Mashhad , A new version of successive approximations method for solving sylvester matrix equations , Applied Mathematics and Computation , Volume ( 186 ) , 2007-3, Pages 638-645
  13. A. Kaabi , Faezeh Toutounian Mashhad , Asghar Kerayechian , Preconditioned Galerkin and minimal residual methods for solving Sylvester equations , Applied Mathematics and Computation , Volume ( 181 ) , 2006-10, Pages 1208-1214
  14. Asghar Kerayechian , Faezeh Toutounian Mashhad , Approximate inverse preconditioner by computing approximate solution of Sylvester equation , Applied Mathematics and Computation , 2005-5
  15. Navid Ghahreman , Asghar Kerayechian , Preconditioners for the pressure-correction method applied to the unsteady stokes problem , The Korean Journal of Computation and Applied Mathematics , 2004-3
  16. Asghar Kerayechian , Solving the stokes problem by Linear programming Methods , International Journal of Contemporary Mathematical Sciences , 2004-3
  17. Asghar Kerayechian , THE SENSITIVITY ANALYSIS OF THE LINEAR PROGRAMMING METHODS FOR THE STOKES PROBLEM , Heterocycles , 2004-3
  18. Asghar Kerayechian , an additive schwarz method for a stationary convection _diffussion problem , The Korean Journal of Computation and Applied Mathematics , 2001-1
  19. Asghar Kerayechian , a new approach for solving the stokes problem , The Korean Journal of Computation and Applied Mathematics , 2001-1
  20. Asghar Kerayechian , a doman decomposition for steady groundwater flow in porous media , The Korean Journal of Computation and Applied Mathematics , 2000-1
  21. Asghar Kerayechian , Ali Vahidian Kamyad , a method for solving nonlinear second order pde , The Korean Journal of Computation and Applied Mathematics , 2000-1