


Home Page 

Mohammad MasjedJamei

(Associate
Professor of Applied Mathematics)
CV (pdf):
Research interests:
 ●
Orthogonal polynomials and Special functions,
 ●
Integral transforms,
 ●
Inequalities,
 ●
Interpolation and Approximation,
 ●
Numerical integration.
I am always interested in
receiving international collaboration proposals. Please feel
free to contact me in this regard.

Selected Papers:


● M.
MasjedJamei, Biorthogonal exponential sequences with
weight function exp(ax^2+ibx) on
the real line and an orthogonal sequence of trigonometric
functions,
Proceedings of the American Mathematical Society,
136 (2008) 409417.


●
M. MasjedJamei, W. Koepf,
Two classes of special functions using Fourier transforms of
generalized ultraspherical and generalized Hermite
polynomials, Proceedings of the American Mathematical
Society, 140 (2012) 20532063.


●
M. MasjedJamei, Z.
Moalemi, N. Saad, Incomplete symmetric orthogonal
polynomials of finite type generated by a generalized SturmLiouville
Theorem, Journal of Mathematical Physics, 61 (2020) 023501.


●
M.
MasjedJamei, W. Koepf,
Symbolic computation
of some powertrigonometric series, Journal of Symbolic
Computation, 80 (2017) 273284.
●
M. MasjedJamei, G. V. Milovanović, An extension of
Pochhammer's symbol and its application to hypergeometric
functions, Filomat, 31 (2017) 207215.
●
M. MasjedJamei, G. V. Milovanović, Weighted Hermite
quadrature rules, Electronic Transactions on Numerical
Analysis, 45 (2016) 476498.


●
M. MasjedJamei,
A functional generalization of the Cauchy–Schwarz inequality
and some subclasses, Applied Mathematics Letters, 22
(2009) 13351339.


●
M. MasjedJamei, Unified
error bounds for all NewtonCotes quadrature rules,
Journal of Numerical Mathematics, 23 (2015) 6780.


●
M. MasjedJamei, A linear
constructive approximation for integrable functions and a
parametric quadrature model based on a generalization of
OstrowskiGrüss type inequalities, Electronic
Transactions on Numerical Analysis,
38 (2011) 218232.


● M. MasjedJamei, A basic class of symmetric orthogonal
polynomials using the extended Sturm–Liouville theorem for
symmetric functions, Journal of Mathematical Analysis
and Applications, 325 (2007)
753775.


●
M.
MasjedJamei,
A Main inequality for several special
functions,
Computers and Mathematics with Applications,
60 (2010) 12801289.


●
M.
MasjedJamei, A basic class
of symmetric orthogonal functions with six free parameters,
Journal of Computational and Applied
Mathematics, 234 (2010) 283296.


●
M.
MasjedJamei, A generalization of classical symmetric
orthogonal functions using a symmetric generalization of
SturmLiouville problems, Integral Transforms and
Special Functions, 18 (2007)
871883.

●
M.
MasjedJamei, On constructing
new expansions of functions using linear operators,
Journal of Computational and Applied
Mathematics, 234 (2010) 365374.


●
M. MasjedJamei,
A
certain class of weighted approximations for integrable
functions and applications, Numerical Functional
Analysis and Optimization, 34(2013) 12241244.

● M. MasjedJamei, On constructing new interpolation formulas
using linear operators and an operator type of quadrature
rules, Journal of Computational and Applied
Mathematics, 216 (2008) 307318.


● M. MasjedJamei, Error
control process in function interpolation using statistical
spline Model, Mathematical and Computer Modelling,
49 (2009) 14831493.


●
M. MasjedJamei, Classical
orthogonal polynomials with a generalized T distribution
weight function and a generalization of T and F
distributions, Integral Transforms and Special Functions,
15 (2004) 137153.
●
M. MasjedJamei, A
new type of weighted quadrature rules and its relation with
orthogonal polynomials, Applied Mathematics and
Computation, 188 (2007) 154165.

●
M. MasjedJamei, Three finite classes of hypergeometric
orthogonal polynomials and their application in functions
approximation, Integral Transforms and Special Functions,
13 (2002) 169190.

●
M. MasjedJamei,
S. S.
Dragomir, A Generalization of the OstrowskiGrüss
Inequality, Analysis and Applications, 12 (2014)
117–130.

●
M. MasjedJamei, I. Area,
A basic class of symmetric
orthogonal polynomials of a discrete variable,
Journal of
Mathematical Analysis and Applications,399(2013)291305.


● M. MasjedJamei, I. Area, A Symmetric
Generalization of SturmLiouville Problems in Discrete
Spaces, Journal of Difference Equations and
Applications,19(2013) 1544–1562.


PhD STUDENTS:

• F. Soleyman, (2017), Thesis: Some new
finite classes of qorthogonal polynomials and their properties.


• Z. Moallemi (2018), Thesis: A
Generalization of Lagrange Interpolation and Its
Applications.


• M. R. Beyki (2018), Thesis: A Bivariate
Extension of Bernoulli Polynomials and Applications.

M.SC. STUDENTS:
 • S. Panahi, (2011).
• S. Fakhravar, (2011). • F. Soleyman, (2012). • M. Sadeghi, (2012). • F. Butimar, (2013). • P. Nazari, (2013). • R. Pourkhanali, (2013). • F. MirzaeeGaskaree, (2013). • T. Azar, (2014). • R. Ghasemi, (2014). • T. Ghayoumi, (2014). • S. Rashnoie, (2015). • N. Dorostkar, (2015). • N. Rezvani, (2015). • A. Faghih, (2016). • M. Gholinejad, (2016). • A. Madahian, (2016). • F. Honarvar, (2016).
 • A. Seidy, (2017).
 Awards: Research Scholar of the
Alexander von Humboldt Foundation, Germany Kassel
University (20172019).
Email:
mmjamei@kntu.ac.ir ,
mmjamei@yahoo.com
Phone:
+98 21 23064336 (ext.000)
Fax:
+98 21 22853650
Last
modification: 20200202

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