د. أحمد علي لصمع عتش

السيرة الذاتية

الاسم: د. أحمد علي لصمع عتش

سنة الميلاد : 1964م

محل الميلاد : اليمن – شبوة

الحالة الاجتماعية : متزوج

عدد أفراد الاسرة: أب لخمسة أولاد وبنت

البريد الالكتروني:   [email protected]

رقم الموبايل : 00967771824333

تاريخ التعيين في جامعة عدن: 1997م

الوظيفة الحالية:  ) أستاذ  (قسم الرياضيات – كلية التربية / شبوة –

                         جامعة عدن –  اليمن

التخصص الدقيق:  دوال خاصة

التخصص العام :  رياضيات    

-    بكالوريوس في  الرياضيات (B.Sc) –  كلية التربية / عدن – جامعة عدن في العام 1994م

-    ماجستير في الرياضيات (M.Sc) – جامعة بانجلور – الهند في العام 2001م

-    دكتوراه في الرياضيات ( دوال خاصة)  (Ph.D) – جامعة اليجار الإسلامية – الهند في العام 2006م

-    تفاضل وتكامل

-    جبر خطي

-    هندسة تحليلية

-    معادلات تفاضلية

-    تحليل حقيقي

عنوان الرسالة:                   Study of Generating Functions and Special Functions

(Jun 2003 to Mar 2006)

اشراف: د. عبدالحكيم خان، قسم الرياضيات التطبيقية – كلية الهندسة والتكنولوجيا – جامعة اليجار الإسلامية، الهند

5 – الإشراف العلمي على رسائل الماجستير والدكتوراه:

-    رسالة الماجستير للسيد علاء محمد علي عباد بعنوان

Generating functions and transformation formulas involving certain hypergeometric series (2015)

-    رسالة الدكتوراه للسيد سالم صالح القاسمي بارحمة بعنوان

A study on certain classes of hypergeometric polynomials   (2017)

-    رسالة الماجستير للسيد حسين صالح حسن بلحاج بعنوان

[1]    Khan, A. and Atash A. A., On obtaining generating functions by the applications of

         integral operators, J. Raj. Acad. Phy. Sic., 4 (3) (2005), 215-222.

[2]   Atash, A. A. ,Generating functions for the general triple hypergeometric series

        , Delta Journal of . Sci., 31 (2008),1-6.

[3]   Atash, A.A., Transformation formulas of certain double and triple hypergeometric

        series, Aden  Univ. J. of  Nat. and Appl. Sci., 16 (2) (2011), 475-481 .

[4]  Atash, A.A., Generating functions and transformation formulas involving double and

       triple hypergeometric series, Hadhramout Univ. J. of  Nat. & Appl. Sci., 9 (2)(2012),

        197-201 .

[5]   Atash, A.A.,Generating functions for the multiple hypergeometric function of higher

        order, Aden Univ. J. of Nat. and Appl. Sci., 17 (1) (2013), 221-226 .

[6]   Atash, A. A. and Obad, A.M.,  Generating functions for products of two Lauricella’s

       functions  and  , Hadhramout Univ. J. of  Nat. & Appl. Sci., 11(1) (2014),

        61-67.

[7]  Atash, A.A. and Obad, A.M., Bilateral generating functions for the generalized

        Horn’s function   , International Journal of Mathematical Analysis, 8(58)

        (2014), 2861 – 2867.

[8]   Atash, A.A. and Obad, A.M., Some linear relations for Exton’s quadruple

        hypergeometric functions   and  , Aden Univ. J. of Nat. and Appl. Sci., 18(3)

        (2014), 683-689.

[9]   Atash, A.A. and Obad, A.M., Generating functions for quadruple hypergeometric

        functions, Alandalus Journal for Hum. and Appl. Sci. 9 (3) (2014), 57-68.

[10] Atash, A.A. and Obad, A.M., Some relations involving hypergeometric

        functions of three and four variables,  Applied Mathematical Sciences,  9 (27)

        (2015), 1303 – 1310.

[11]   Atash, A.A. and Obad, A.M., Transformation formulas for some Exton’s  

         quadruple hypergeometric functions, International Journal of Mathematical

         Analysis, 9 (10) (2015), 483 – 492.

[12]   Atash, A.A., Transformation formulas of Lauricella’s function of the third kind of

         several variables, International Journal of Mathematics And its Applications, 3(2)

         (2015), 87-91.

[13]   Atash, A.A., An Extension formulas for the first  kind of Lauricella’s function

          of three variables.  Int. J. Pure Appl. Sci. Technol., 28(2) (2015),88-94.

[14]   Atash, A.A. and Barahmah S.S, Certain formulas for Jacobi polynomials of

          several variables, International Journal of Mathematics And its Applications, 3(3)

          (2015), 49-54.

[15]   Mohsen, F.B.F., Atash, A.A. and Barahmah S.S, On Some integrals involving

          Laguerre polynomials of several variables, General Mathematics Notes, 28(2)

          (2015), 21-29.

[16]   Atash, A.A., Double  Generating  functions for Jacobi and Laguerre  polynomials

         of several variables, International Journal of Mathematics And its Applications,

         3(4) (2015), 23-28.

[17]  Atash, A. A., Extension formulas of Lauricella’s functions by applications of

         Dixon’s summation theorem, Applications and Applied Mathematics,10(2)

         (2015),1007-1018.

[18]   Atash, A. A.,  Some  extension  formulas  for  Lauricella’s  function  of  the  first

          kind  of several variables , Asian Journal of Science and Technology, 7 (1) (2016),

          2180-2186.

[19]  Atash, A. A. and Al-Gonah, A. A., On  two  extension  formulas for Lauricella’s

        function  of  the second kind of several variables, Journal of Applied Mathematics

        and Physics, 4 (2016), 571-577.

[20]   Atash, A.A. and Bellehaj H. S., Transformation formulas of Lauricella’s function

         of the forth kind of several variables, International Journal of Mathematics and its

         Applications, 4(1-D) (2016), 195-201.

[21]   Atash, A.A. and Barahmah, S.S., On Some multiple integral formulas nnvolving

          Jacobi and Laguerre polynomials of several variables, International Journal of

          Mathematics and Statistics Invention, 4(5) (2016), 1-6.

[22]   Mohsen, F.B.F., Atash, A.A. and Bellehaj, H. S., Transformation formulas for the

          first kind of Lauricella’s function of  several variables, Journal of Applied

          Mathematics  and Physics, 4 (2016), 1112-1119.

[23]  Atash, A.A. and Barahmah, S.S., Certain results for Laguerre polynomials of

         several variables, IOSR Journal of Mathematics,  12 ( 4) (2016), 10-17.

[24]  Atash, A.A. and Barahmah, S.S., On some generating functions involving Jacobi ,

          Laguerre and Bateman’s  polynomials of  one variable, Aden Univ. J. of  Nat. and

          Appl. Sci., 20 (2) (2016).

[25]  Atash, A.A. and Barahmah, S.S.,  On trilateral and trilinear  generating functions ,

        J. Math. Comput. Sci. 7(3) (2017), 583-592.

[26]  Atash, A.A. and Bellehaj H. S., General integral formulas involving Humbert

         hypergeometric functions of two variables, Mathematica  Moravica 21(2) (2017),

         75–84.

[27] Al-Qufail,M. A , Atash, A.A. and Barahmah, S.S., Double and triple  generating

          functions of Laguerre polynomials of  two variables, Univ. Aden J. Nat. and Appl.

          Sci. 21 (1) (2017) ,171-176.

[28]  Atash, A.A. and Bellehaj, H. S., On two general  integrals involving Humbert’s

         and Kummer’s hypergeometric functions, International Journal of Advance in

          Mathematics , 2 (2018), 1-8  .

 [29]  Atash, A.A. and Barahmah S.S., On some generating functions  for the two-

         parameter  one variable Srivastava polynomials, Italian Journal of Pure and Applied

          Mathematics, 39 (2018), 350-358.

[30]  Atash, A.A. and Bellehaj, H. S., Integral formulas involving confluent   

         hypergeometric functions of three variables   and  , Univ. Aden J. Nat. and

         Appl. Sci. 22 (1) (2018),143-149.

[31]  Atash, A.A. and Bellehaj, H. S., On two multiple integral formulas involving

         Humbert functions of two variables  and   , Int. J. of Stat. and Appl. Math.,

         3(5) (2018),149-155.

[32]  Atash,A. A. , Barahmah, S.S, and Kulib, M. A., On a new extensions of extended

         gamma and Beta functions, Int. J. of Stat. and Appl. Math., 3(6) (2018), 14-18.

[33]  Atash, A.A. and Bellehaj, H. S., Applications of the generalized  Kummer’s

        summation theorem to transformation formulas and generating functions, Applied

        Mathematics and  Nonlinear Sciences 3(2) (2018), 331–338.

[34]  Atash, A.A., On the two variable generalized Laguerre polynomials, Open J.

        mathematical Sciences, 3 (2019), 152-158.

[35]  Atash, A.A., Summation formulas for the confluent hypergeometric function  

         of several variables , Asia Pacific Journal  of  Mathematics , 6 (2019),1-9.

[36]  Summation formulas for the confluent hypergeometric function   of several

        variables,  Applications and Applied Mathematics, 14 (1) (2019), 562 – 572.

[37]  Atash,A. A., Barahmah, S.S. and Kulib, M. A.,On Extensions of extended  Gauss

         hypergeometric function, Communications in Advanced Mathematical Sciences

         2( 3) (2019), 199-205.

[38] Atash, A.A. and Bellehaj, H. S.  , Transformation and summation formulas for

        Exton’s functions K11,K14 and K15, Electronic Journal of University of Aden for

        Basic and Applied sciences, 1(1) (2020), 49–53.

[39]  Atash, A.A. and Al-Gonah, A.A., A new extensions of Gegenbauer polynomials,

         Electronic Journal of University of Aden for Basic and Applied sciences, 1(2)

        (2020), 69–77.

[40] Barahmah, S.S and Atash,A. A., Bilateral generating functions for the two-parameter

       one-variable Srivastava polynomials, Journal of Mathematical Problems, Equations

       and Statistics, 1(1), (2020), 56-63.

[41] Al-Gonah, A.A. and Atash, A.A., On generalization of extended Gegenbauer

        polynomials of two variables, Open J. of mathematical analysis, 5(1), (2021),76-84 .

[42] Atash,A. A. and Kulib, M. A., Extension of Exton’s hypergeometric function K16,

        CUBO, A Mathematical Journal .23( 3)(2021), 489–501.