Alaeddin Malek
Associate Professor
Speciality: Applied Mathematics
  • BS/BA: Mathematics
  • MS: Mathematics
  • PhD: Mathematics
  • Phone: 82883445
  • Fax:
  • Email: mala@modares.ac.ir
  • Address: School of Mathematical Sciences, Tarbiat Modares University
  • Resume Download
 

Research Interests
  
1 Spectral Methods, Finite Differences, Numerical Solutions for Partial Differential Equations , 

2  Operational Researches, Mathematical Optimization, Control Theory and its Applications

3 Dynamical Systems, Neural Networks

4  Mathematical Modeling of Real Life Problems

5 Numerical Solution for the Novel Heat Equation (DPL) Using Spectral and Finite Difference Methods

6 Modeling and Mathematical Solution to Oil Industry Problems

   

 
5) Referred Papers
 Published in    Title Year 
Computational Methods
in Engineering  Vol. 2, p 1186 Editors A. A. O. Tay, K.Y. Lam Domain Decomposition Technique for the Solution of Laplace Equation in Contraction Geometry    1992
ICASE, NASA,
No: 94-39 Pseudospectral Collocation Methods for Fourth-Order Differential Equations   1994
SIAM 
J. SCI.COMPUT
No: 4, Vol. 16 Multidomain Collocation Method for the Stream Function Formulation of Navier –Stokes Equation  1995
IMA Journal of Numerical Analysis, No:8, 1995 Pseudospectral collocation methods for fourth-order D. E.  1995
Nonlinear Analysis, Theory , Methods & Applications, No:8, 1997 Pseudospectral Analysis for the Solution of Nonlinear Partial    Differential Equations  1997
 Shahed University Journal
 Year:2, No: 5  New Approach to the Taylor's Proofs and its Reminder 1994
Persian
  Shahed University Journal
Year : 6, No: 22  Direct Spectral Methods for Second Order Partial Differential Equations   1998 Persian
Applied Entomology Journal
Vol. 69, No:1    Simulation Model of Immature Stages Development of Greenhouse Whitefly Population  2001 Persian
Wseas Transactions on Computers, Issue 2, Volume 2, April  Engineering-based computer simulation for modeling greenhouse whitefly population growth 2003
Adv. Model. Optim.
 6 , no. 2, 4351
A new fast algorithm based on Karmarkar's gradient projected method for solving linear programming problems 2004
Applied Mathematics and Computation
Vol: 167, 198-211 Primal-dual solution for the linear programming problems using neural networks 2005
Applied Mathematics and Computation
Vol: 169, 451-471 Numerical solutions for constrained quadratic problems using high-performance neural networks 2005
Ultrasonics
Vol:44,(2), 159-165 Optimization of point spread function in ultrasound arrays 2006
Amirkabir Journal of  Science & Technology Enhancing Karmarkar's Gradient Projected Algorithm for Solving Linear programming Problems 2006
Applied Mathematics and Computation, Vol: 183,  260-271 Numerical solution for high order differential equations using a hybrid neural network- optimization method  2006 
Computers & Mathematics with Applications, Vol: 53, Issue 9, 1439-1454 Novel artificial neural network with simulation aspects for solving linear and quadratic programming problems 2007
Applied Mathematics and Computation,
Vol: 190,  216-230 Solving complementarity and variational inequalities problems using neural networks 2007
Applied Mathematics and Computation,
Vol: 192,  27-39 Numerical solution for linear and quadratic programming problems using a recurrent neural network 2007
Numer. Methods Partial Differential Equations
 23 , no. 5, 1139-1148
Hybrid pseudospectral-finite difference method for solving a 3D heat conduction equation in a submicroscale thin film 2007
Applied Mathematics and Computation,
Vol: 195, 397-401 Numerical solution for the nonlinear eigenvalue problems in bifurcation points 2008
Journal of Computational and Applied Mathematics,
Vol: 217, 137-147 A mixed collocation–finite difference method for 3D microscopic heat transport problems 2008
Applied Mathematics and Computation,
Vol: 195, 576-584 A discrete-time neural network for solving nonlinear convex problems with hybrid constraints 2008