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CURRICULUM VITAE

Dr. Sohail Nadeem Email: [email protected] Professor (Tenured) [email protected] Phone Off: +92-51-90642182 Department of Mathematics Mobile: +92-300-5117317 Quaid-I-Azam University Marital Status: Married Islamabad, Pakistan Education

Postdoctoral Research Department of computational sciences and engineering Yonsei University, South korea, Summer 2011. Quaid-i-Azam University, Islamabad, Pakistan Ph.D. in Mathematics, 2004, Area of specialization: Applied Mathematics (Non-Newtonian fluid Mechanics) M. Phil in Mathematics, 2000, Area of specialization: Applied Mathematics M. Sc. In Mathematics, 1998

Awards and Honors 1. According to PCST ranking declared top third Mathematician of Pakistan for the year 2014, and top Eleven Scientist of (all categories) Pakistan. 2. Awarded the letter of Outstanding author of Applied mathematics and Mechanics (English Edition) for the year 2014. 3. Ambassador of ICM 2014 which will be held in Korea in this summer. 4. Productive scientist Awards by PCST for the years 2012-2013 A category. 5. Recipient of Best young researcher scholar award for the year 2011 awarded by HEC in 2013. 6. Productive scientist Award for A category By PCST for the year 2012. 7. Recipient of Salam prize for Mathematics for the year 2012 by Third World Academy of Sciences ICTP, Italy. 8. Selected Member Pakistan Academy of Sciences from 2012 by Pakistan Academy of Sciences. 9. Received two appreciation letters from Communications in Nonlinear Science and Numerical Simulation for top cited articles of 2007-2011. 10. Productive scientist Award for A category By PCST for the year 2011. 11. Awarded Tamgha-i-Imtiaz by government Pakistan for the year 2012. 12. Successfully completed a research project of more than one million awarded by HEC for the years 2010-2012. 13. Young fellow TWAS by third world Academy of Sciences, Italy, for the years 2011-2016. 14. Postdoctoral Fellow at Yonsei University Seoul Korea for summer 2011. 15. Awarded Research project of more than one Million by higher education commission of Pakistan for the years 2010-2012, which is completed. 16. Successfully supervised 6 Ph.D. Students and more than 50 M. Phil students, while three Ph.D. students have submitted their thesis’s for foreign evaluation. 17. Reviewer of more than 80 international journals with high impact factor. 18. Awarded Razi-ud-Din Gold medal by Pakistan Academy of Sciences for the year 2008. 19. Receipient of productivity allowance from Pakistan council for science and technology every year from 2006 to 2010. 20. Razi-ud-Din Scholarship during Ph.D. 21. 3rd Position in M.Phil Mathematics. 22. University merit Fellowship during M.Phil.

Academics Appointments 1. Professor at Quaid-i-Azam University Islamabad from August. 2015 to date. 2. Associate Professor at Quaid-i-Azam University Islamabad from Feb. 2011 to 25 August 2015. 3. Assistant Professor at Quaid-i-Azam University Islamabad from December 2005 to Feb. 2011. 4. Assistant Professor at COMSATS Institute of Information Technology Abbottabad from April, 2003 to Feb. 2005. 5. Lecturer at COMSATS Institute of Information Technology Abbottabad from May 2002 to April 2003. 6. Two years research experience as junior research assistant at Mathematics department Quaid-i-Azam University from 1998 to 2000. 7. Senior research assistant department of Mathematics, Quaid-i- Azam University Islamabad From 2000 to 2004.

Research Publications

S. Author’s Journal Name/ Title volu pages year Impact No Name ISSN No me factor 1 T. Hayat, International Fluctuating flow of a third 36 901-916 (2001) 1.388 S.Nadeem, Journal of Non- order fluid on a porous plate S. Asghar and Linear Mechanics, in a rotating medium A.M.Siddiqui 0020-7462

2 T. Hayat, Acta Mechanica MHD rotating flow of a third 190 152 -177 (2001) 1.024 S. Nadeem, 0001-5970 grade fluid on an oscillating S. Asghar and porous plate A.M.Siddiqui 3 T. Hayat, S. Archives of Fluctuating flow of a third 55 303-324 (2003) 0.469 Nadeem, S. P. Mechanics order fluid past an infinite Pudasaini and 0373-2029 plate with variable suction S. Asghar 4 T. Hayat, Applied An Oscillating 17 609-614 (2004) 1.155 S. Nadeem, Mathematics Hydromagnetic Non- S. Asghar and Letters Newtonian Flow in a Rotating A.M.Siddiqui 0893-9659 System 5 T. Hayat, Applied Periodic unidirectional flows 151 153-161 (2004) 1.534 S. Nadeem, Mathematics and of a viscoelastic fluid with the and Computation fractional Maxwell model S. Asghar 0096-3003 6 T. Hayat, Z. Angew Math. Unsteady Hydromagnetic 55 626-641 (2004) 1.290 S. Nadeem, Phys. (ZAMP), Flow of a conducting second K. Hutter and 0044-2275 grade Fluid S. Asghar 7 T. Hayat, International Hydromagnetic Couette flow 42. 65-78 (2004) 1.194 S. Nadeem, Journal of of an Oldroyd-B fluid in a S. Asghar and Engineering rotating system A.M.Siddiqui Science 0020-7225 8 T. Hayat, Meccanica Magnetohydrodynamic 39 483-488 (2004) 1.056 S. Nadeem, 0025-6455 rotating flow of a second K. Hanif and grade fluid with a given S. Asghar volume flow rate variation 9 Masood Khan, Mathematical and Unsteady Motions of a 41 629-637 (2005) 1.066 S. Nadeem, Computer Generalized Second grade T. Hayat, and Modelling fluid A.M.Siddiqui 0895-7177 10 T. Hayat, S. Chem. Eng. Effects of hall current on 192 1272- (2005) Nadeem, S. Comm., unsteady flow of a second 1284 Asghar and A. grade fluid in a rotating M. Siddiqui system 11 S. Asghar, Mathematical Analytic solutions of Stokes 11 1-8 (2006) 0.689 S. Nadeem , Problems in second problem in second K. Hanif and Engineering grade fluid T. Hayat 1024-123X 12 T. Int. Appl. Mech. Unsteady MHD flow due to 11 415- (2006) Hayat, S. Eng, eccentrically rotating porous 419 Nadeem, S. disk and a third grade Fluid at Asghar and A. infinity M. Siddiqui 13 S. Nadeem Journal of Porous Hall effects on unsteady 8 779-788 (2006) 0.707 Media motions of a generalized 1091-028X second grade fluid through a porous medium 14 M. Hameed Journal of Unsteady MHD flow of a 325 724-733 (2007) 1.174 and Mathematical non-Newtonian fluid on a S. Nadeem Analysis and its porous plate Applications 0022-247X 15 S. Nadeem Physics Letters A General periodic flows of 368 181-187 (2007) 1.963 0375-9601 fractional Oldroyd-B fluid for an edge 16 M. Sajid, Computers & The influence of slip 56 2019-2026 ( 2008 1.472 M. Awais, Mathematics with condition on thin film flow of ) S. Nadeem, Applications a fourth grade fluid by the T. Hayat 0898-1221 homotopy analysis method 17 S. Nadeem, Physics Letters A Thin film flow of an unsteady 372 4965-4972 ( 2008 1.963 M. Awais 0375-9601 shrinking sheet through ) porous medium with variable viscosity 18 S. Nadeem, Meccanica The Rayleigh Stokes problem 43 1-8 ( 2008 1.056 S. Asghar, 0025-6455 for rectangular pipe ) T. Hayat and in Maxwell and second grade Mazhar fluid Hussain 19 S. Nadeem Communications Analytical solutions for pipe 14 2073-2090 ( 2009 2.697 and in Nonlinear flow of a fourth grade fluid ) M. Ali Science and with Reynold and Vogel’s Numerical models of viscosities Simulation 1007-5704 20 S. Nadeem, Communications Effects of heat transfer on the 14 3844-3855 ( 2009 2.697 and Noreen in Nonlinear peristaltic transport of MHD ) Sher Akbar Science and Newtonian fluid with variable Numerical viscosity: Application of Simulation Adomian decomposition 1007-5704 method S. Nadeem, Communications Influence of heat transfer on a 14 4100–4113 ( 2009 2.697 and Noreen in Nonlinear ) 21 peristaltic transport of Sher Akbar Science and Numerical Herschel Bulkley fluid in a Simulation, 1007-5704 non-uniform inclined tube 22 S. Nadeem, International On the influence of heat 52 4722–4730 ( 2009 1.898 T. Hayat, Journal of Heat transfer in peristalsis with ) Noreen Sher and Mass Transfer variable viscosity Akbar and 0017-9310 M. Y. Malik 23 S. Nadeem, Zeitschrift fur Peristaltic transport of a 64a 559-567 ( 2009 0.929 And Safia Naturforschung A hyperbolic tangent fluid ) Akram 0932-0784 model in an asymmetric channel 24 M. Y. Malik, Zeitschrift fur Flow of a third grade fluid 64a 588-596 ( 2009 0.929 Azad Hussain, Naturforschung A, between coaxial cylinders ) S. Nadeem 0932-0784 with variable viscosity and T. Hayat 25 S. Nadeem, Zeitschrift fur Series solutions of boundary 64a 575-582 ( 2009 0.929 Saeid Naturforschung A layer flow of a Micropolar ) Abbasbandy, 0932-0784 fluid near the stagnation point Majid Hussain towards a shrinking sheet 26 S. Nadeem Zeitschrift fur Thin film flow of a third 64a 553-558 ( 2009 0.929 Naturforschung A grade fluid with variable ) 0932-0784 viscosity 27 S. Nadeem, International Influence of heat transfer on a 36 1050- (2009) 1.609 and Noreen communications in peristaltic flow of Johnson 1059 Sher Akbar heat and mass Segalman fluid in a non transfer uniform tube 0735-1933 28 S. Nadeem, Zeitschrift fur Peristaltic flow of a Jeffrey 64a 713 – 722 (2009) 0.929 and Noreen Naturforschung A fluid with variable viscosity in Sher Akbar 0932-0784 an asymmetric channel 29 S. Nadeem, Applied Series solutions for the 30 1255- (2009) 0.514 Anwar Hussain Mathematics and stagnation flow of a second- 1262 , M. Y. Malik Mechanics grade fluid over shrinking and T. Hayat 0253-4827 sheet 30 S. Nadeem, Applied MHD flow of a viscous fluid 30 1569- (2009) 0.514 And Mathematics and on a non-linear porous 1578 Anwar Hussain Mechanics shrinking sheet by Homotopy 0253-4827 analysis method 31 S. Numerical Exact and numerical solutions 26 1660- (2010) 1.404 Nadeem, methods for partial of a micropolar fluid in a 1674. Noreen Sher differential vertical Annulus, Numerical Akbar and M. equation methods for partial Y. Malik differential equation 32 S. Nadeem, T. Zeitschrift fur Thermal radiations effects on 65a 1-9 (2009) 0.79 Hayat, M. Y. Naturforschung the flow by an exponentially Malik and S. stretching surface: a series A. Rajput solution

33 S. Nadeem, International Peristaltic transport and heat 63 1375- (2010) 1.058 and Noreen Journal for transfer of a MHD Newtonian 1393 Sher Akbar Numerical fluid with variable viscosity Methods in Fluids /0271-2091 34 S. Nadeem, T. Nonlinear Effects of partial slip on a 11 856-868 (2010) 2.138 Hayat, S. Analysis: Real fourth grade fluid with Abbasbandy, World variable viscosity: An analytic M. Ali Applications solution

35 T. Hayat, S. Nonlinear The influence of Hall current 11 184-189 2010 2.043 Nadeem, R. Analysis: Real in a circular duct Ellahi, S. World Asghar Applications

36 S. Nadeem, Communications Peristaltic flow of a 15 1705- (2010) 2.697 Safia Akram in Nonlinear Williamson fluid in an 1716 Science and asymmetric channel Numerical Simulation 1007-5704 37 S. Nadeem, Communications Heat transfer in a peristaltic 15 312-321 (2010) 2.697 Safia Akram in Nonlinear flow of MHD fluid with Science and partial slip Numerical Simulation 1007-5704 38 S. Nadeem, International Slip effects on the peristaltic 63 374-394 (2010) 1.058 Safia Akram Journal for flow of a Jeffrey fluid in an Numerical asymmetric channel under Methods in Fluids the effect of induced magnetic 0271-2091 field, International Journal for Numerical Methods in Fluids 39 S. Nadeem, Communications HAM solutions for boundary 15 475-481 (2010) 2.697 Anwar Hussain in Nonlinear layer flow in the region of the Science and stagnation point towards a Numerical stretching sheet Simulation 1007-5704 40 S. Nadeem, Zeitschrift fur Stagnation Flow of a Jeffrey 65a 1-9 (2010) 0.929 Anwar Hussain Naturforschung A Fluid over a Shrinking Sheet 0932-0784 41 S. Nadeem, Zeitschrift fur Numerical solutions of 65a 1-12 (2010) 0.929 Noreen Sher Naturforschung A peristaltic flow of a Akbar and M. 0932-0784 Newtonian fluid under the Y. Malik effects of magnetic field and heat transfer in a porous concentric tubes 42 S. Nadeem, Communication in Influence of heat transfer on 15 2860- (2010) 2.697 Noreen Sher nonlinear science peristaltic transport of a 2877 Akbar and numerical Johnson Segalman fluid in an simulation inclined asymmetric channel 1007-5704 43 S. Nadeem, Communication in Influence of heat and mass 15 2916- (2010) 2.697 Noreen Sher nonlinear science transfer on peristaltic flow of 2931 Akbar, and numerical a third order fluid in a Naheeda Bibi, simulation Diverging tube. Sadaf Ashiq 1007-5704 44 S. Nadeem, Communication in Corrigendum to ‘‘Effects of 1419– (2010) 2.697 Noreen Sher nonlinear science heat transfer on the peristaltic 15 1420 Akbar and numerical transport of MHD Newtonian simulation fluid with variable viscosity: 1007-5704 Application of Adomian decomposition method” [Commun Nonlinear Sci Numer Simulat 2009;14:3844–55],

45 15 2.697 S. Nadeem, Communication in Effects of temperature 3950- (2010) Noreen Sher nonlinear science dependent viscosity on 3964 Akbar and numerical peristaltic flow of a Jeffrey- simulation six constant fluid in a non- 1007-5704 uniform vertical tube 46 S. Nadeem, Chinese physics Thin film flow of a second 27(3) 034704 (2010) 1.077 Naeem Faraz letters grade fluid over a 0256-307X stretching/shrinking sheet with variable temperature dependent viscosity 47 S. Nadeem, Applied Effects of induced magnetic 31 (5) 1-10 (2010) 0.514 Noreen Sher Mathematics and field on the peristaltic flow of Akbar Mechanics Johnson Segalman fluid in a 0253-4827 vertical symmetric channel 48 S. Nadeem, Heat and Mass Influence of heat and mass 46 485-493 (2010) 0.667 Noreen Sher transfer transfer on a peristaltic Akbar 0947-7411 motion of a Jeffrey-six constant fluid in an annulus 49 S. Nadeem, Communication in Erratum to "Influence of heat 15 4241 (2010) 2.697 Noreen Sher nonlinear science transfer on a peristaltic Akbar and numerical transport of Herschel-- simulation Bulkley fluid in a non- 1007-5704 uniform inclined tube" [Commun Nonlinear Sci Numer Simulat 14(2009)4100-4113] 50 S. Nadeem, Mathematical and Influence of inclined 52 107-119. (2010) 1.066 Safia Akram Computer Magnetic field on the Modelling peristaltic flow of a 0895-7177 Williamson fluid model in an inclined symmetric and asymmetric channel 51 Noreen Sher Heat and Mass Simulation of heat and 46 531-539 (2010) 0.667 Akbar and transfer chemical reactions on Reiner S. Nadeem 0947-7411 Rivlin fluid model for blood flow through a tapered artery with a stenosis 52 S. Nadeem Chinies physics Simulation of second grade 27a 068701 (2010) 1.077 and Noreen letters fluid model for blood flow Sher Akbar 0256-307X through a tapered artery with a stenosis 53 S. Nadeem Applied Influence of temperature 216 3606-3619 (2010) 1.534 and Noreen Mathematics and dependent viscosity on Sher Akbar Computation peristaltic transport of a 0096-3003 Newtonian fluid: Application of an endoscope 54 S. Nadeem Zeitschrift fur Effects of heat and mass 65a 781 – 792. (2010) 0.929 and Noreen Naturforschung A transfer on peristaltic flow of Sher Akbar 0932-0784 Carreau fluid in a vertical annulus

55 S. Nadeem Taiwan Institute of Influence of radially varying 41 286-294 (2010) 0.573 and Noreen Chemical MHD on the peristaltic flow Sher Akbar Engineers in an annulus with heat and 0368-1653 mass transfer 56 S. Nadeem, Nonlinear Pristaltic flow of a Jeffrey 11 4238-4247 (2010) 2.138 Safia Akram Analysis Real fluid in a rectangular duct world Application 1468-1218 57 S. Nadeem, Zeitschrift fur Influence of heat transfer and Safia Akram Naturforschung A magnetic field on a peristaltic 0932-0784 transport of a Jeffrey fluid in 65a 483 – 494 (2010) 0.929 an asymmetric channel with partial slip 58 S. Nadeem Acta Mechanica Peristaltic flow of Sisko fluid 26 675 – 683 (2010) 0.749 and Noreen Sinica in a uniform inclined tube Sher Akbar 0567-7718 59 S. Nadeem Zeitschrift fur Effects of variable viscosity 65a 901–910. (2010) 0.929 and Noreen Naturforschung A on the peristaltic motion in a Sher Akbar 0932-0784 third order fluid and T. Hayat 60 S. Nadeem Zeitschrift fur Series solutions for the 65a 887 – (2010) 0.929 and Noreen Naturforschung A peristaltic flow of a tangent 895 Sher Akbar 0932-0784 hyperbolic fluid in a uniform inclined tube 61 S. Nadeem, Zeitschrift fur Numerical solutions of 65a 911 – (2010) 0.929 Noreen Sher Naturforschung A peristaltic flow of a Jeffrey- 918 Akbar and 0932-0784 six constant fluid with T. Hayat, variable MHD 62 S. Nadeem, Zeitschrift für Effects of heat transfer on the 65a 969-994 (2010) 0.94 Anwar Naturforschung A, stagnation flow of a third Hussain, order fluid over a shrinking sheet 63 S. Nadeem, International Simulation of heat and 11(10) 871-883. (2010) 3.100 Noreen Sher journal of non- chemical reactions on the Akbar and linear science and peristaltic flow of a Johnson Sadaf Ashiq numerical Segalman fluid in an simulation endoscope 1565-1339 64 S. Nadeem, Meccanica MHD stagnation flow of a 45 869– (2010) 1.056 Majid Hussain 0025-6455 micropolar fluid through 880. and Mavish porous medium Naz 65 S. Nadeem Journal of Peristaltic flow of Walter's B 24 22-28 (2010) 2.013 and Noreen Biorheology fluid in a uniform inclined Sher Akbar 18670466 tube,

0.000 66 Application of radially S. Nadeem Heat transfer 39 (8) 1-6 (2010) and Noreen Asian Research varying magnetic field on a Sher Akbar 1099-2871 peristaltic flow of non- Newtonian fluid in the presence of heat and mass transfer, 67 S. Nadeem, Journal of Porous Thin film flow of a non- 13 973-980 (2010) 0.707 M. Awais, Media, newtonian fluid down a vertical cylinder through a porous medium, 68 S. Nadeem, Taiwan Institute of Influence of heat and 42 58-66. (2011) 0.573 Noreen Sher chemical chemical reactions on the Akbar Engineers 0368-1653 peristaltic flow of a Johnson Segalman fluid in a vertical asymmetric channel with induced MHD 69 S. Nadeem, Archives of Peristaltic flow of a couple 81 97-109 (2011) 0.853 Safia Akram applied stress fluid under the effect of Mechanics, induced magnetic field in an 0939-1533 asymmetric channel, 70 Noreen Sher International Effects of slip and heat 54 1654- (2011) 1.898 Akbar, T. Journal of Heat transfer on the peristaltic 1664 Hayat, S. and Mass Transfer flow of a third order fluid in Nadeem and 0017-9310 an inclined asymmetric Awatif A. Hendi, channel 71 S. Nadeem, Taiwan Institute of Influence of heat and 42 67-75 (2011) 0.573 Noreen Sher chemical chemical reactions on Akbar Engineers Walter's B fluid model for 0368-1653 blood flow through a tapered artery 72 S. Nadeem, International Peristaltic flow of iFirst 1-11 (2011) 0.489 Noreen Sher Journal of a Sisko fluid in an Akbar and K. Computer endoscope:analytical Vajravelue mathematics andnumerical 0020-7160 solutions 73 Noreen Sher International Simulation of heat transfer on 38 154-159 (2011) 1.609 Akbar and Communication in the peristaltic flow of a S. Nadeem, Heat and Mass transfer Jeffrey-six constant fluid in a 0735-1933 diverging tube 74 S. Nadeem, Applied Power law fluid model for 217 7108- (2011) 1.534 Noreen Sher Mathematics and blood flow through a tapered 7116 Akbar, T. Computation artery with a stenosis Hayat and 0096-3003 Awatif A Hendi, 75 S. Nadeem Transport in Peristaltic flow of a Maxwell 86 895-909 (2011) 1.168 and Safia Porous media model through porous Akram 0169-3913 boundaries in a porous medium, 76 Emna Gargouri- Studies in Nonlinear Modelling Nonlinear 2(1) 13-18 (2011) 0.000 Ellouze, Noreen Sciences Bivariate Dependence Using Sher Akbar 2221-3910 the Boubaker Polynomials and S. Copula:Application to Nadeem Infiltration Rainfall Patterns in Saddine-1 (Makthar, Northern Tunisia), 77 S. Nadeem Acta Mechanica Magnetohydrodynamics 27(2) 237-250 (2011) 0.749 and Safia Sinica peristaltic flow of a Akram 0567-7718 hyperbolic tangent fluid in a vertical asymmetric channel with heat transfer 78 S. Nadeem, Applied Peristaltic flow of Walter’s B 32 689-700. (2011) 0.558. Noreen Sher Mathematics and fluid in an endoscope, Akbar T. Mechanics, 32(2011)689-700. Impact Hayat and Factor = 0.558. Awatif A Hendi, 79 S. International Exact and numerical 66 919-93 (2011) 1.176 Nadeem, Journal for simulation of peristaltic flow 4 Noreen Sher Numerical of a non-Newtonian fluid with Akbar, Methods in Fluids, inclined magnetic field in an endoscope, 80 S. Nadeem International Numerical solutions of 66 212-22 (2011 1.176 and Noreen Journal for peristaltic flow of Williamson 0 ) Sher Akbar Numerical fluid with radially varying Methods in Fluids, MHD in an endoscope, 81 S. Nadeem Journal of Numerical analysis of 24 309-31 (2011) 0.697 and Noreen Aerospace peristaltic transport of a 7. Sher Akbar engineering, tangent hyperbolic fluid in an endoscope, 82 Noreen Sher International Effects of heat and 54 4360-4 (2011) 2.407. Akbar, T. Journal of Heat mass transfer on the peristaltic 36 Hayat, S. and Mass Transfer, flow of hyperbolic tangent 9. Nadeem and fluid in an annulus Awatif A. Hendi, 83 M.Y. Malik, Communications Flow of a Jeffrey-six constant 56 345-35 (2011) 0.747. Azad Hussain, in theoretical fluid between coaxial 1. and S. physics, cylinders with heat transfer, Nadeem, 84 Noreen Sher J. of Mechanics in Jeffrey fluid model for 11 529-54 (2011 0.468 Akbar and S. Medicine and blood flow through a tapered 5 ) Nadeem Biology, artery with a stenosis, 85 S. Nadeem Asia Pascific Effects of heat and 6 659-66 (2011) 0.758 and Noreen journal of chemical reactions on 8 Sher Akbar chemical peristaltic flow of Newtonian engineering, fluid in a diverging tube with inclined MHD, 86 S. Nadeem, Numerical Effects of thermal 57 187-20 (2011) 1.402 Shehla Zaheer Algorithms, radiation on the boundary 5 and Tiegang layer flow of a Jeffrey fluid Fang, over an exponentially stretching surface, 87 Noreen Sher J. of Mechanics in Analytical and 11 941-95 (2011 0.468 Akbar and S. Medicine and numerical solutions of 7 ) Nadeem, Biology, peristaltic flow of Williamson fluid model in an endoscope 88 Noreen Sher Int. J. of Combined effects of 67 1818-1 67(201 1.176. Akbar and S. Numerical heat and chemical reactions 83 1) Nadeem Methods in fluid, on the peristaltic flow of 2 Carreau fluid model in a diverging tube, 89 S. Nadeem, J. of Mechanics in The numerical and analytical 11 773-80 (2011 0.468. Noreen Sher Medicine and solution of peristaltic flow of 2 ) Akbar and Biology a Jeffrey fluid in an inclined Tabinda Naz, tube with partial slip 90 S. Nadeem Journal of porous Influence of heat transfer and 14 849-86 (2011 0.707. and Noreen media, variable viscosity in vertical 3 ) Sher Akbar porous annulus with peristalsis, 91 S. Nadeem Computer Numerical and series 14 987–99 (2011) 0.849. and Noreen Methods in solutions of the peristaltic 3. Sher Akbar, Biomechanics and motion of an Oldroyd 8- T. Hayat and Biomedical constant fluid in an Awatif A. Engineering, endoscope, Hendi. 92 T. Hayat, Computers and wedge flow of a power-law 49 22–28. (2011 1.81. Majid Fluids fluid with mixed convection ) Hussain and and porous medium, S. Nadeem, Falkner-Skan 93 M. Y. Malik, Communications Analytical treatment of an 56 933–93 2011 0.747 Azad Hussain, in theoretical Oldroyd-8 constant fluid 8 and S. physics, between the coaxial cylinder Nadeem, with variable viscosity, 94 S. Nadeem, Mechanics, Series Solutions for the 2 1-15 (2011) 0.00 Noreen Sher Compositions Stagnation Flow of' a Akbar, Ahmet Applications, Maxwell Fluid over a Yildirm, Shrinking Sheet, Composites: Anwar Hussain and Mohamed Ali, 95 Noreen Sher Communications Endoscopic Effects on 56 761–76 (2011 0.747 Akbar, S. in Theoretical Peristaltic Flow of a 8 ) Nadeem, Physics, Nanofluid, 96 S. Nadeem, Transport in Influence of heat and 91 81–100. (2012) 1.811 Noreen Sher porous media mass transfer on Newtonian Akbar, T. bio magnetic fluid of blood Hayat and flow through a tapered porous Awatif A arteries with a stenosis, Hendi, 97 U˘gur Y¨ucel, International Comparative Analysis Article (2012) 0.000 Emna Scholarly of Free Optical Vibration of I Gargouri- Research Network, Lamination Composite D Ellouze, Volume Optical Beams Using the KaremBouba Boubaker Polynomials 24 ker, G¨okmen Expansion Scheme and the 36 Atlıhan, Differential 72 Hasan C¸ QuadratureMethod, 5, allıo˘glu, E. Sahin Conkur, Ahmet G¨okdo˘gan, MehmetMerd an, Muzaffer Topcu, N. Sher Akbar, S. Nadeem, and Ahmet Yıldırım, 98 Noreen Sher International Characteristics of heating 55 375-38 (2012) 2.407. Akbar and S. Journal of Heat scheme and mass transfer on 3. Nadeem, and Mass Transfer, the peristaltic flow for an Eyring-Powell fluid in an endoscope, 99 Noreen Sher International Peristaltic flow of a 55 1855–1 (2012) 2.407. Akbar, T. Journal of Heat Williamson fluid in an 86 Hayat , S. and Mass Transfer, inclined asymmetric channel 2. Nadeem, and with partial slip and heat S. Obaidat, transfer 100 S. Nadeem Asia Pacific Endoscopic and heat 7 45-54. (2012 0.758. and Noreen journal of transfer effects on the ) Sher Akbar, chemical peristaltic flow of a third engineering, order fluid with chemical reactions, 101 S. Nadeem Asia Pascific Influence of inclined 7 33-44. (2012) 0.758 and Safia journal of magnetic field on peristaltic Akram, chemical flow of a Jeffrey fluid with engineering heat and mass transfer in an inclined symmetric or asymmetric channel, 102 S. Nadeem Meccanica, Effects of heat and mass 47 141–15 (2012 1.558 and Noreen transfer on peristaltic flow of 1. ) Sher Akbar, Williamson fluid in a vertical annulus, 103 Noreen Sher Heat and Mass Peristaltic flow of a 48 451-45 (2012 0.896 Akbar, S. transfer, nanofluid in a non-uniform 9. ) Nadeem, T. tube, Hayat and Awatif A. Hendi. 104 Noreen Heat and Mass Erratum to Peristaltic flow of 48 425 2012 0.896 Sher Akbar, transfer, a nanofluid in a non-uniform S. Nadeem, T. tube, Hayat and Awatif A. Hendi, 105 M. Y Malik, International Numerical treatment of 68 196-20 (2012) 1.176 Iffat Zehra, Journal of Jeffrey fluid with pressure 9 and S. Numerical dependent viscosity, Nadeem, Methods in fluids, 106 Noreen Sher Communications Simulation of variable 57 133–1 (2012) 0.747 Akbar and S. in Theoretical viscosity and Jeffrey fluid 40. Nadeem Physics, model for blood flow through a tapered artery with a stenosis, 107 Noreen Sher International Peristaltic flow of a Prandtl 7 687–69 (2012) .516. Akbar, S. Journal of Physical fluid model in an asymmetric 5 Nadeem and Sciences, channel Changhoon Lee, 108 Noreen Sher Asian Journal of Influence of heat transfer and 24 2433-2 (2012 0.266 Akbar, S. Chemistry, chemical reactions on 44 ) Nadeem and Williamson fluid model for 1 Changhoon blood flow through a tapered Lee, artery with a stenosis 109 Noreen Sher Heat transfer Peristaltic flow of a 41 10-22 (2012) 0.00 Akbar, S. Asian Research Phan-Thien-Tanner nanofluid Nadeem, in a diverging tube 110 S. Nadeem Nanoscale Boundary layer flow of 7 94- (2012) 2.726 and research letters, nanofluid over an Changhoon exponentially stretching Lee, surface. 111 S. Nadeem, Meccanica, Endoscopic effects on the 47 687–69 (2012 1.558 Noreen Sher peristaltic flow of an Eyring– 7 ) Akbar and Powell fluid, Mohammad Ali, 112 Noreen Sher Aerospace Analytical and 25 64-70. (2012) 0.697. Akbar and S. Engineering, numerical analysis of Vogel's Nadeem, model of viscosity on the peristaltic flow of Jeffrey fluid, 113 Noreen Sher Applicable Effects of heat and chemical 91 1631-1 (2012) 0.633 Akbar, S. analysis, reaction on Jeffrey fluid 64 Nadeem, T. model with stenosis, 7. Hayat and Awatif A Hendi, 114 Noreen Sher International Simulation of heating scheme 22 764 - 7 (2012 0.758. Akbar, S. Journal of and chemical reactions on the 76. ) Nadeem, T. Numerical peristaltic flow of an Eyring- Hayat and Methods for Heat Powell fluid, Awatif A and Fluid Flow, Hendi, 115 S. Nadeem, Journal of Fluids Peristaltic flow of a Carreau 134 04120 (2012) 0.747. Safia Akram, Engineering, fluid in a rectangular duct, 1 T. Hayat and Awatif A Hendi, 116 Noreen Sher International Peristaltic flow of a 25 64–70. (2012) 1.176 Akbar and S. Journal of Jeffrey fluid with Reynold,s Nadeem, Numerical model of viscosity Methods for Heat and Fluid Flow, 117 S. International Peristaltic flow of a Jeffrey- 69 1550-1 (2012) 1.058 Nadeem, N. S. Journal of six constant fluid in a uniform 56 Akbar, M. Y. Numerical inclined tube, 5 Malik, C. Lee, Methods in fluids, 118 N.S. Akbar, S. Journal of Heat transfer analysis 12 1-11. (2012) 0.493 Nadeem, T. Mechanics in for the peristaltic flow of Hayat, A. Medicine and chyme in small intestine: A Alsaedi, Biology theoretical study, 119 N.S. Akbar, S. Meccanica, Peristaltic flow of a nanofluid 47 1283-1 (2012) 1.558 Nadeem, T. with slip effects, 29 Hayat., and 4 Awatif A. Hendi, 120 N.S. Akbar, S. Progress in Peristaltic flow of a Tangent 12 363-37 (2012) 0.451 Nadeem., T. Computation fluid hyperbolic fluid in an inclined 4. Hayat, S. dynamics, asymmetric channel with slip Obaidat, and heat transfer 121 Safia International Simulation of heat and mass 70 1475-1 (2012) 1.176. Akram and S. Journal of transfer on peristaltic flow of 49 Nadeem, Numerical hyperbolic tangent fluid in an 3. Methods in fluids asymmetric channel, 122 S. Nadeem, Mathematical Axisymetric stagnation flow 2012 1-18 (2012) 0.777 Abdul Problem in of a micropolar nanofluid in a Rehman, K. Engineering, moving cylinder Vajravelu, Jinho Lee and Changhoon Lee, 123 M. Y. Malik, Zeitschrift für Flow of a non-Newtonian 67a 255 – (2012) 0.929. Azad Hussain Naturforschung A, nanofluid between coaxial 26 and S. cylinders with variable 1. Nadeem, viscosity, 124 Noreen Sher Heat Transfer Influence of heat and 43 69-94 (2012) 0.078. Akbar, S. Reserch, chemical reactions on Nadeem and hyperbolic tangent fluid Mohammad model for blood flow through Ali, a tapered artery with a stenosis, 125 S. Nadeem, Mathematical Boundary layer flow of (2012) 1-13. 2012 0.777 Abdul Problems in second grade fluid in a Rehman, Engireeing, cylinder with heat transfer, Changhoon Lee, Jinho Lee, 126 S. Nadeem, Journal of The boundary layer flow and 226 1-9. (2012) 0.000 Abdul Nanoengineering heat transfer of a nanofluid Rehman, and Nanosystems, over a vertical slender Mohamed. Ali, cylinder, 127 Noreen Sher Composites: Peristaltic flow of Reiner- 3 63-77 (2012) 0.000 Akbar, S. Mechanics, Rivlin fluid in an endoscope, , Nadeem, Computations, Applications. An International Journal 128 Noreen Sher International Simulation of thermal 55 5495–5 (2012) 2.407. Akbar, S. Journal of Heat and velocity slip on the 50 Nadeem, T. and Mass Transfer, peristaltic flow of a Johnson– 2 Hayat Segalman fluid in an inclined asymmetric channel, 129 Noreen Sher International Thermal and velocity slip 55 3964– (2012) 2.407. Akbar, S. Journal of Heat effects on the peristaltic flow 39 Nadeem, and Mass Transfer of a six constant Jeffrey fluid 70. model,

130 Noreen Sher Scientific Influence of heat and mass 7 73737- (2012) 0.413. Akbar, S. Research and transfer on Phan-Thien- 37 Nadeem and Essays, Tanner fluid model for blood 50. Changhoon flow through a tapered artery Lee, with a stenosis , 131 Safia Akram, Heat Transfer “ Mixed convective heat and 41 613-63 (2012) 0.0000 Abdul Asian Research, Mass transfer on a peristaltic 3, Ghafoor, S. flow of a non-Newtonian fluid Nadeem, in a vertical asymmetric Channel”, 132 T. Hayat, Applied MHD stagnation point flow 33 631-64 2012 0.558 Majid Hussain, Mathematics and towards a heated shrinking 8. Awatif A. Mechanics, surface subject to heat Hendi, S. generation/absorption Nadeem. 133 R. Ellahi, A. Mathematical Peristaltic flow of 2012 1-24. 1012 0.777 Riaz, S. Problems in Carreau fluid in a rectangular Nadeem, and Engireeing, duct through a porous M. Ali, medium, 134 S. Nadeem, Scientia Iranica, MHD flow of a 19 1550-1 (2012) 0.348 Rizwan Ul Haq Casson fluid over an 55 and exponentially shrinking sheet 3. Changhoon Lee, 135 Safia Akram, International “ Numerical and analytical 39 238-26 2011 0.00 S. Nadeem, Journal of fluid solutions of peristaltic 0. Mechanics transport of a six constant Research, Jeffreys model of Fluid in a symmetric or asymmetric channel”, 136 Safia Akram, International Consequences of nanofluid on 12 75-96. (2012) 0.3. S. Nadeem, Journal of Basic & peristaltic flow in an Abdul Applied Sciences, asymmetric channel Ghafoor, Changhoon Lee, 137 Safia Akram, International “ Influence of lateral 14 449-46 2012 1.128 S. Nadeem, 3. Changhoon Journal of walls on Peristaltic flow Lee, Applied of a Jeffrey fluid in a Mathematics, rectangular duct with partial slip”, 138 Safia Akram, International “Simulation of heat and 70 147 2012 1.176 S. Nadeem, Journal for mass transfer on 5 - Numerical peristaltic flow of 1 methods in hyperbolic tangent fluid 4 fluids in an asymmetric 9 channel”, 3.

139 S. Nadeem, Journal of MHD Boundary 2012 0.697 and Rizwan Ul Haq, Aerospace Layer Flow of a Nano engineering. Fluid Past a Porous Shrinking Sheet with Thermal Radiation, 140 Safia Akram, International “ Numerical and 30 238-260. 2012 0.000 S. Nadeem, Journal of fluid analytical solutions of Mechanics peristaltic transport of a Research. six constant Jeffreys model of Fluid in a symmetric or asymmetric channel, 141 A. Rehman, S. Chinese Mixed convection heat 29 124702 2012 0.18 Nadeem, Physics Letters transfer in micropolar nanofluid over a vertical slender cylinder 142 R. Ellahi, Mathematical Peristaltic Flow of Volume 2012 0.762 Arshad Riaz, 2012, S. Nadeem and Problems in Carreau Fluid in a Article M. Ali, Engineering Rectangular Duct ID 329639, through a Porous 24. Medium, 143 Noreen Sher Applied Peristaltic flow of a 3 461-468 2013 0.000 Akbar, S. Nadeem Nanosciences,. micropolar fluid with nano particles in small intestine, 144 Noreen Sher Journal of Effects of induced 26 835-841 2013 0.697 Akbar, S. Nadeem, T. Aerospace magnetic field on the Hayat and Engineering, peristaltic flow of an Awatif A. Hendi Eyring-Powell fluid, 145 S. Nadeem, Journal Series solutions 4 303-318 2013 0.000 Anwar Hussain and Noreen Composites: for the unsteady Sher Akbar, Mechanics, stagnation point flows Computations, of a Non-Newtonian Applications, fluid over a shrinking An sheet, International Journal 146 S. Nadeem and Walailak Influence of 10 553-579 2013 0.000 S. Halima, Journal temperature dependent viscosity and entropy generation on the flow of a Johnson-Segalman fluid, 147 Noreen Sher Journal of Nano Sutterby 10 2491- 2013 0.912 Akbar, S. 2499 Nadeem, computational fluid model for the and theoretical peristaltic flow in small nanosciences, intestines, press 148 S. Nadeem, International Non-orthogonal 57 679– 2013 2.407 Rashid 689. Mehmood, Journal of Heat stagnation point flow of Noreen Sher and Mass a nano non-Newtonian Akbar, Transfer, fluid towards a stretching surface with heat transfer, 149 Noreen Sher Chinies Physics Analytical and 22 014703 2013 0.736 Akbar, S. Nadeem, B numerical study of peristaltic transport of a Johnson-Segalman fluid in an endoscope, 150 S. Nadeem, Iranian journal Simulation of heat and 32 93-107. 2013 0.000 Safia Akram and Noreen of chemistry chemical reactions on Sher Akbar and chemical peristaltic flow of a Engineering, Williamson fluid in an inclined asymmetric channel, 151 Safia Akram, Journal of “ Influence of induced 328 11-20. 2013 1.780 S. Nadeem, Magnetism and magnetic field and heat Magnetic transfer on the Materials, peristaltic motion of a Jeffrey fluid in an asymmetric channel: Closed form solutions”, 152 Noreen Sher Journal of Endoscopic effects on 26 535-543. 2013 0.420 Akbar and S. Nadeem, Aerospace the peristaltic flow of a Engineering, Jeffrey six-constant fluid model with variable viscosity, 153 Noreen Sher Journal of Influence of mixed 17 533-546. 2013 0.310 Akbar, S. Nadeem, T. thermal convection on blood Hayat and sciences, flow of Jeffrey fluid Awatif A. Hendi through a tapered stenosed artery, 154 S. Nadeem, Computational Axisymmetric 0.000. Abdul Rehman, Mathematics stagnation flow of a and Modeling, nanofluid in a moving cylinder, 155 S. Nadeem, Brazilian Boundary layer 30 611-618. 2013 0.63. Abdul Rehman, M. Y. Society of stagnation-point flow of Malik, Chemical third grade fluid over Engineering, an exponentially stretching sheet, 156 S. Nadeem, Journal of Peristaltic Flow of 139 124–135 2013 0.483 Sadaf Ashiq, Noreen S Energy Hyperbolic Tangent Akbar and Engineering, Fluid in a Diverging Changhoon Lee, Tube with Heat and Mass Transfer, 157 S. Nadeem, Heat transfer Influence of Heat 42 319-334 2013 0.000 Rashid Mehmood, Asian transfer on the non- Noreen Sher research, orthogonal stagnation Akbar point flow of a third order fluid towards a stretching surface, 158 Noreen Sher Heat transfer Biomathematical study 42 389-402 2013 0.000 Akbar, S. Asian of nanofluid in a Nadeem research, diverging tube, 159 S. Nadeem, S. Journal of Nano Particle analysis 10 2751- 2013 0.912. Ijaz, Noreen computational 2765 for the steady blood Sher Akbar, and theoretical flow of Jeffrey fluid with nanosciences, stenosis with new analytical techniques 160 Noreen Sher heat Transfer Convective heat 44 2013 0.078 Akbar, S. Research Nadeem, transfer of a Sutterby fluid in an inclined asymmetric channel with partial slip 161 Noreen Sher Results in Characteristics of 3 152–160 2013 0 Akbar, S. Physics Nadeem, Jeffrey fluid model for peristaltic flow of chyme in small intestine with magnetic field, 162 Noreen Sher Zeitschrift fur Mixed convective 68a 433-441 2013 0.94 Akbar, S. Naturforschun Magnetohydrodynamic Nadeem, g A, peristaltic flow of a Jeffrey nanofluid with Newtonian heating, 163 Noreen Sher Results in Numerical study 3 161–166 2013 0.00 Akbar, S. Physics, Nadeem, C. of Williamson nano fluid Lee, Z. H. flow in an asymmetric Khan and R. Haq, channel, 164 Noreen Sher International Biomechanical analysis 14 345-353 2013 1.484 Akbar, S. Journal of of Eyring Prandtl fluid Nadeem and Nonlinear Changhoon Sciences and model for blood flow in Lee, Numerical stenosed arteries, Simulation 165 Noreen Sher Current Nano Numerical 9 798-803 2013 1.356 Akbar, S. Sciences, Nadeem, simulation of Changhoon nanoparticle fraction for Lee and Z. H. Khan, the peristaltic flow of a six constant Jeffrey’s fluid model, 166 R. Ellahi, A. Journal of Three 87 1275- 2013 1.785. Riaz, S. Physics, 1281. Nadeem, dimensional peristaltic flow of Williamson fluid in a rectangular duct. Indian 167 S. Nadeem, S. Iranian Journal Simulation of heat and 32 93-107 2013 0.24 Akram, N. S. of Chemistry chemical reactions on Akbar, and Chemical Engineering, peristaltic flow of a Williamson fluid in an inclined asymmetric channel, 168 R. Ellahi, A. Journal of Three- 14 1-19 2013 0.758 Riaz, S. Mechanics in dimensional peristaltic Nadeem, Medicine and Biology, flow of a williamson fluid in a rectangular channel having compliant walls. 169 S. Nadeem, R. Journal of Nanoparticle analysis 10 2737- 2013 0.912. Mehmood, N. Computational 2747. for non-orthogonal S. Akbar, and Theoretical stagnation point flow of Nano science, a third order fluid towards a stretching surface. 170 S. Nadeem, N. Indian Journal Numerical 87 1121- 2013 1.785 S. Akbar, R. U. of Physics 1124 Haq, Z. H. solutions of Khan, Magnetohydrodynamic boundary layer flow of tangent hyperbolic fluid towards a stretching sheet. 171 S. Nadeem, A. Chemical Peristaltic flow of 19 399-409. 2013 0.533 Riaz, R. Ellahi, Industry and a Jeffrey fluid in a Chemical Engineering rectangular duct having Quarterly, compliant walls 172 R. Ellahi, Zeitschrift fur Analytical 68a 489-498 2013 0.929 Shafiq-Ur- Naturforschun solutions of unsteady Rahman, S. g Section A Nadeem, Journal of blood flow of jeffery Physical fluid through stenosed Sciences, arteries with permeable walls, 173 173. S. Journal of Numerical and 346 142-151 2013 1.826 Akram, S. Magnetism and analytical treatment on Nadeem, M. Magnetic Hanif, Materials, peristaltic flow of Williamson fluid in the occurrence of induced magnetic field, 174 R. Ellahi, A. Applied Series solutions of 7 1441- 2013 0.731 Riaz, S. Mathematics 1449 magnetohydrodynamic Nadeem, M. and Mushtaq, Information peristaltic flow of a Sciences, jeffrey fluid in eccentric cylinders, 175 R. Mehmood, Journal of the Non-orthogonal 44 586-595 2013 2.072 S. Nadeem, N. Taiwan stagnation point flow of S. Akbar Institute of Chemical a micropolar second Engineers grade fluid towards a stretching surface with heat transfer, 176 S. Nadeem, S. Brazilian Flow of a 30 619-625 2013 0.89 T. Hussain, C. Journal of williamson fluid over a Lee, Chemical Engineering, stretching sheet 177 S. Nadeem, S. Journal of the Analytical treatment of 44 596-604 2013 2.072 Saleem, Taiwan unsteady mixed Institute of Chemical convection MHD flow on Engineers, a rotating cone in a rotating frame 178 S. Communicatio The mathematical 59 729-736. 2013 0.954 Nadeem, E. N. ns in analysis for peristaltic Maraj Theoretical Physics, flow of hyperbolic tangent fluid in a curved channel, 179 M. Y. Malik, Scientia Boundary layer flow of 20 313-321 2013 0.348 A. Hussain, S. Iranica Nadeem, an Eyring-Powell model fluid due to a stretching cylinder with variable viscosity, 180 M. Journal of the Radiation effects on the 350 194-210 2013 2.418 Hussain, M. Franklin thermal boundary layer Ashraf, S. Institute Nadeem, M. flow of a micropolar Khan, fluid towards a permeable stretching sheet 181 S. Nadeem, Alexandria MHD three dimensional 52 577-582 2013 0.000 Rizwan Ul Engineering flow of Casson fluid Haq, Noreen Journal Sher Akbar past a porous linearly and Z. H. Khan Stretching sheet, 182 Noreen Sher IEEE Intestinal flow of 4 332-339 2013 1.82 Akbar, S. Transactions a couple stress nano Nadeem, on Nanobioscienc fluid in arteries e, 183 S. Nadeem, International Series solutions for the 4 303-318 2013 0.000 Anwar Journal unsteady stagnation point Hussain, "Composites: flows of a non-Newtonian Noreen Sher Mechanics, fluid over a shrinking sheet, Akbar Computations, Applications, 184 Noreen Sher Chinese Journal of Radiation effects on MHD 26 1389– 2013 1.070 Akbara, S. Aeronautics stagnation point flow of nano 1397 Nadeemb, fluid towards a stretching Rizwan Ul surface with convective Haq, , , Z.H. boundary condition Khan 185 Sohail Plos one Numerical Study of Boundary DOI: 2013 3.23 Nadeem, Layer Flow and Heat Transfer 10.1371/ Rizwan Ul Haq of Oldroyd-B Nanofluid journal.p , Noreen Sher towards a Stretching Sheet one.006 Akbar, 9811 Changhoon Lee, Zafar Hayat Khan 186 Sohail International Nano Nanoparticle analysis for doi:10.1 2013 0 Nadeem, Letters blood flow of Prandtl 186/222 Shagufta Ijaz1 fluid model with stenosis 8-5326- and Noreen 3-35 Sher Akbar 187 S. Nadeem, E. Applied Investigation of 4 511-521 2013 0.0000 N. Maraj, Nanosciences, Noreen Sher peristaltic flow of Akbar, Williamson nano fluid in a curved channel with compliant walls, 188 N. S. Akbar, S. Alexandria Numerical simulation of 53 191-197 2013 0.0000 Nadeem, Z. H. Engineering peristaltic flow of a Khan Journal Carreau nanofluid in an asymmetric channel, 189 Sohail AEJ - Heat Transfer Analysis 11 DOI:10. 2013 0.000 Nadeem, Alexandria 1016/j.a of Water-Based Rizwan Ul Engineering ej.2013. Haq, Zafar Journal Nanofluid Over an 11.003 Hayat Khan Exponentially Stretching Sheet

190 Noreen Sher Quaestiones Influence of heat and 36 1-21 2014 0.412 Akbar, S. Mathematicae, Nadeem, chemical reactions on the Sisko fluid model for blood flow through a tapered artery with a mild stenosis 191 S. Akram, Kh. Applied Influence of 8 1127- 2014 0.731 S. Mekheimer, Mathematics 1133 lateral walls on S. Nadeem and Information peristaltic flow of a Sciences couple stress fluid in a non-uniform rectangular duct 192 S. Nadeem, R. International Optimized analytical 78 90-100 2014 2.742 Mehmood, N. Journal of solution for oblique flow S. Akbar Thermal Sciences of a Casson nano fluid with convective boundary conditions 193 S. Nadeem, R. Journal of Effect of thermal 11 32-40 2014 0.91 Ul Haq, Computational radiation for and Theoretical megnetohydrodynamic Nanoscience, boundary layer flow of a nanofluid past a stretching sheet with convective boundary conditions 194 S. IEEE MHD three-dimensional 13 109-115 2014 1.80 Nadeem, R. U Transactions boundary layer flow of Haq, N. S. on Akbar Nanotechnolog casson nanofluid past a y linearly stretching sheet with convective boundary condition, 195 N. S. Akbar, S. Journal of Nanoparticles fraction 11 47-52 2014 0.912 Nadeem, R. U. Computational on the peristaltic flow of Haq, R. U., Z. and H. Khan, Theoretical third order fluid. Nanoscience, 196 S. Nadeem, N. Meccanica Simulation of peristaltic 49 325-334 2014 1.747 S. Akbar flow of chyme in small intestine for couple stress fluid 197 S. Nadeem, Journal of the Numerical study of MHD 45 121–126 2014 2.072 Rizwan Ul Taiwan boundary layer flow of Haq, Z. H. Institute of Khan, Chemical a Maxwell fluid past a Engineers stretching sheet in the presence of nanoparticles, 198 S. Ain Shams Series solution of 5 293-304 2014 0.000 Nadeem, A. Engineering unsteady peristaltic Riaz, R. Ellahi, journal, Noreen Sher flow of a Carreau fluid Akbar in eccentric cylinders, 199 S. Akram, Walailak Analytical 11 129-148 2014 0.108 S. Journal of analysis of peristaltic Nadeem. Science and Technology, flow of a 6 constant Jeffreys model of fluid in an inclined planar channel 200 S. Journal of Theoretical analysis for 11 1443- 2014 0.912 Nadeem, E. N. computational 1452. peristaltic flow of Maraj, Noreen and theoretical Sher Akbar, nanosciences, Carreau nano fluid in a curved channel with compliant walls 201 S. Journal of Oblique stagnation 11 1422- 2014 0.912. Nadeem, computational 1432 point flow of a Casson- Rashid and theoretical Mehmood, nanosciences Nano fluid towards a Noreen Sher Akbar stretching surface with heat transfer 202 Noreen Sher Journal of Peristaltic flow of a 11 1342- 2014 0.912 Akbar, S. computational 1348 Prandtl Nano fluid in an Nadeem, and theoretical Rizwan Ul nanosciences asymmetric porous Haq, channel: Numerical solutions 203 R. Ellahi, S. U. Journal of Influence of Heat and 11 1156- 2014 0.912 Rahman, S. computational 1163 Mass Transfer on Nadeem and and theoretical Noreen Sher nanosciences, Micropolar Fluid of Akbar Blood Flow Through a Tapered Stenosed Arteries with Permeable Walls 204 S. Journal of Heat and mass transfer 11 1133- 2014 0.912 Nadeem, computational 1149 analysis of peristaltic Arshad Riaz, and theoretical R. Ellahi, nanosciences flow of nanofluid in a Noreen Sher Akbar vertical rectangular duct by using the optimized series solution and genetic algorithm, 205 S. Nadeem and Journal of Effect of Thermal 11 32-40 2014 0.912 Rizwan Ul computational Radiation for Haq, and theoretical nanosciences, Megnedohydrodynamic Boundary Layer Flow of a Nanofluid Past a Stretching Sheet with Convective Boundary Conditions,

206 S. Applied Effects of heat and 4 393-404. 2014 0.000 Nadeem, A. Nanosciences Riaz, R. Ellahi, mass transfer on Noreen Sher peristaltic flow of a Akbar nanofluid between eccentric cylinders 207 S. applied Unsteady mixed 4 405-414 2014 0.000 Nadeem, S. nanoscience, Saleem, convection flow of nanofluid on a rotating cone with magnetic field, 208 S. Nadeem, S. Information Theoretical 3 1-8. 2014 0.000 Saleem, science letters, investigation of MHD nanofluid flow over a rotating cone: An optimal solutions, 209 Safia Akram, Journal of Consequence of 358 183– 2014 1.97 S.Nadeem, Magnetism and 191 nanofluid on peristaltic Magnetic Materials transport of a hyperbolic tangent fluid model in the occurrence of apt(tending)magnetic field 210 S. Appl. Nanosci The mathematical 4 85–92 2014 0.000 Nadeem, E. N. Maraj analysis for peristaltic flow of nanofluid in a curved channel with compliant walls 211 Safia IEEE Significance of 13 375-385. 2014 1.825 Akram and S. Transaction on Nanofluid and Partial Nadeem, Nanotechnolog y Slip on the Peristaltic Transport of a Non- Newtonian Fluid with Different Wave Forms, 212 Noreen Sher Heat transfer Simulation of second 45 391-408. 2014 0.477 Akbar, S. research, Nadeem, grade fluid model and heating scheme on the blood flow through a tapered artery with mass transfer 213 S. Nadeem, Journal of Unsteady oscillatory 27 636-643. 2014 0.839 Bushra Tahir, Aerospace stagnation point flow of Fotini Engineering Labropulu, a Jeffrey fluid, Noreen Sher Akbar

214 S. Nadeem, A. Applied Mathematical model for 4 616-624 2014 0.0000 Riaz, R. Ellahi, Nanosciences, Noreen Sher the peristaltic flow of Akbar, Jeffrey fluid with nano particles phenomenon through a rectangular duct 215 Noreen Applied Thermal and velocity 4 849-857 2014 0.000 Sher Akbar, S. NanoScience, Nadeem and Z. slip effects on the MHD H. Khan, peristaltic flow with carbon nanotubes in an asymmetric channel: Application of radiation therapy 216 S. Applied Mathematical model for 4 733-743 2014 0.000 Nadeem, A. Nanosciences, Riaz, R. Ellahi, the peristaltic flow of Noreen Sher nanofluid through Akbar, eccentric tubes comprising porous medium, 217 R. Ellahi, S. U. Applied Blood flow of Nano Fluid 4 919-926 2014 0.000 Rahman, S. Nanosciences, Nadeem and through an Artery with Noreen Sher Composite Stenosis and Akbar Permeable Walls

218 S. Nadeem, S. Heat Unsteady mixed 43 204-220 2014 0.000 Saleem, transfer Asian convection flow of a research, rotating second grade fluid on a rotating cone.

219 S. Nadeem, S. Journal of Analytical study of 24 295-302 2014 0.881 Saleem, thermophysics rotating non-Newtonian and heat transfer nanofluid on a rotating cone 220 Arshad Riaz, Alexandria Peristaltic transport of a 53 475-484 2014 0.0000 R. Ellahi and Engineering carreau fluid in a S. Nadeem, Journal compliant rectangular duct,

221 S. Nadeem, Current Partial Slip Effects on a DOI: 1.1 Aziz Ur nanoscience. 10.2174/ Rehmana, Rotating Flow of Two 1573413 Rashid Phase Nano Fluid Over 7106661 Mehmood and 4060422 M. Adil Sadiq a Stretching Surface. 1338.

222 Noreen Sher Ain shams MHD stagnation DOI: Akbar, S. engineering 10.1016/ point flow of Carreau Nadeem, journal. j.asej.20 Rizwan Ul Haq fluid toward a 14.05.00 and Shiwei Ye, 6 permeable shrinking sheet: Dual solutions. 223 S. Akram, M. Cogent Peristaltic transport of a DOI:10. 2014 Hanif and S. Engineering 1080/23 Nadeem, Maxwell fluid in a 311916. porous asymmetric 2014.98 0770. channel through a porous medium. 224 Noreen Sher International Nano fluid flow in 85 54–61. 2014 2.63 Akbar, S. U. journal of tapering stenosed Rahman, R. thermal Ellahi and S. sciences. arteries with permeable Nadeem walls. 225 Rizwan Ul Ieee Buoyancy and 14 42-50 2014 1.83 Haq, S. transactions on . Radiation Effect on Nadeem, nanotechnolog Noreen Sher y. Stagnation Point Flow Akbar and Z. H. Khan, of Micropolar Nanofluid Along a Vertically Convective Stretching Surface. 226 S. Nadeem, Heat transfer- Boundary Layer Flow of Doi: 2014 0.00 Aziz Ur asian research. 10.1002/ Rehman and Rotating Two Phase htj.2116 Rashid Nanofluid Over a 7 Mehmood, Stretching Surface.

227 M. Y. Malik, Appl The boundary layer flow 4 869–873 2014 0.000 M. Naseer, S. Nanoscience. Nadeem and of Casson nanofluid Abdul over a vertical Rehman, exponentially stretching cylinder. 228 S. Nadeem, S. Current Inspiration of Induced 10 753-765 2014 1.10 Ijaz and M. A. nanoscience. Sadiq, Magnetic Field on a Blood Flow of Prandtl Nanofluid Model with Stenosis. 229 S. Nadeem, H. Current Analysis of 10 709-721. 2014 1.10 Sadaf and M. nanoscience. A. Sadiq, Nanoparticles on Peristaltic Flow of Prandtl Fluid Model in an Endoscopy. 230 Noreen Sher International Blood flow analysis in 7 18- 2014 0.65 Akbar and S. journal of tapered stenosed Nadeem, biomathematic s. arteries with pseudoplastic characteristics. 231 Arshad Riaz, International Series solution of 7 9- 2014 0.65 S. Nadeem, R. journal of unsteady peristaltic Ellahi and biomathematic Noreen Sher s. flow of a Carreau fluid Akbar in small intestines.

232 R. Ellahi, S.U. Physics Letters Blood flow of 378 2973- 2014 1.68 Rahman, S. A. 2980 Nadeem, Jeffrey fluid in a catherized tapered artery with the suspension of nanoparticles 233 Arshad Riaz, Applied The influence of wall 241 389-400 2014 1.55 S. Nadeem, R. mathematics flexibility on unsteady Ellahi, Noreen and Sher Akbar, computation. peristaltic flow of Prandtl fluid in a three dimensional rectangular duct. 234 Safia Akram, Journal of Effects of heat and 362 184-192 2014 1.97 S. Nadeem and Magnetism and mass transfer on Anwar Magnetic Hussain, Materials, peristaltic flow of a Bingham fluid in the presence of inclined magnetic field and channel with different waveforms, 235 Noreen Sher Current Free Convective DOI: 2014 1.1 Akbar, S. Nanoscience. 10.2174/ Nadeem, N. F. MHD Peristaltic Flow of 1573413 M. N, a Jeffrey Nanofluid with 7113096 660125. Convective Surface Boundary Condition: A Biomedicine--Nano Model. 236 Salman Heat Transfer- Unsteady Mixed 43 DOI:10. 2014 Saleem, Sohail Asian Research 1002/htj. Nadeem Convection Flow of a 21072 Rotating Second-Grade Fluid on a Rotating Cone. 237 Noreen Sher Journal of Peristaltic Flow of a 11 DOI:10. 2014 1.34 Akbar, S. Computational 1166/jct Prandtl Nano Fluid in an Nadeem , and n.2014.3 Rizwan Ul Haq Theoretical Asymmetric Porous 502 Nanoscience Channel: Numerical Solutions

238 Noreen Sher Journal of The combined effects of DOI:10. 2014 2.52 Akbar, Zafar Molecular 1016/j.m slip and convective Hayat Khan, S Liquids olliq.201 Nadeem , boundary conditions on 4.03.006 stagnation-point flow of CNT suspended nanofluid over a stretching sheet. 239 N. S. AKBAR, Applied Dual solutions in MHD 35 DOI:10. 2014 1.13 Z. H. KHAN, Mathematics 1007/s1 stagnation-point flow of R. U. HAQ, S. and Mechanics 0483- NADEEM Prandtl fluid impinging 014- 1781-9 on shrinking sheet

240 Abdul Rehman Proceedings of 2 DOI:10. 2014 0.00 , S. Nadeem , the Institution 1177/17 Nanoparticle effect over S. Iqbal, of Mechanical 4034991 the boundary layer flow Muhammad Y Engineers Part 3517872 over an exponentially Malik, M. N Journal of stretching cylinder Naseer , Nanoengineeri ng and Nanosystems 241 S T Hussain , European Model-based analysis of 129 DOI:10. 2014 1.38 S. Nadeem, Physical 1140/epj micropolar nanofluid Rizwan Ul Haq Journal Plus p/i2014- flow over a stretching 14161-8 surface

242 Noreen Sher European Copper nanoparticle 129 149- 2014 1.38 Akbar E.N. Physical analysis for peristaltic Maraj, S. Journal Plus Nadeem flow in a curved channel with heat transfer characteristics

243 Rizwan Ul Haq Central Convective heat 12 DOI:10. 2014 1.09 , Sohail European 2478/s1 transfer and MHD Nadeem, Journal of 1534- Zafar Hayyat Physics eff ects on Casson 014- Khan, O. T. 0522-3 Gideon nanofluid flow over a shrinking sheet 244 N. S Akbar and Zna Application of 69a 8-9 2014 0.79 S. Nadeem Rabinowitsch Fluid Model in Peristalsis

245 Rizwan Ul Physica E Low- Thermal radiation and DOI:10. 2014 2 Haq, Sohail dimensional 1016/j.p slip effects on MHD Nadeem, Systems and hyse.201 Zafar Hayat Nanostructures stagnation-point flow of 4.07.013 Khan, Noreen Sher Akbar nanofluid over a stretching sheet

246 Noreen Sher European Metachronal beating of DOI:10. 2014 1.38 Akbar, Zafar Physical 1140/epj cilia under influence of Hayat Khan, Journal Plus p/i2014- S. Nadeem Hartmann layer and 14176-1 heat transfer

247 R. Ellahi, Applied A Mathematical Study 8 1567- 2014 1.23 S. U. Rahman, Mathematics & 1573 of Non-Newtonian M. Mudassar Information Gulzar, S. Sciences Micropolar Fluid in Nadeem , K. Vafai Arterial Blood Flow Through Composite Stenosis

248 S. Nadeem, Computational Peristaltic Flow of 25 404-415 2014 Arshad Riaz, Mathematics Viscous Fluid in a R. Ellahi and Modeling Rectangular Duct with Compliant Walls 249 Noreen Sher European Peristaltic impulsion of 129 DOI:10. 2014 1.37 Akbar, Zafar Physical 1140/epj MHD biviscosity fluid in Hayat Khan, Journal Plus p/i2014- S. Nadeem a lopsided channel: 14123 Closed form solution

250 Ehnber Maraj, Journal of Theoretical Analysis for 11 1443- 2014 1.38 S. Nadeem Computational 1452. Peristaltic Flow of and Theoretical Carreau Nano Fluid in a Nanoscience Curved Channel with Compliant Wall. 251 S. Nadeem, ijnsn Exponentially DOI:10. 2014 M. A. Sadiq, 1515/ijn Jung-il Choi , Stagnation Point Flow sns- Changhoon of Non-Newtonian 2011- Lee 0081 Nanofluid over an Exponentially Stretching Surface

252 M.Y. Malik, Alexandria Flows of Carreau fluid DOI:10. 2014 0.00 Iffat Zehra, S. Engineering 1016/j.a with pressure Nadeem , Journal ej.2014. dependent viscosity in a 03.013 variable porous medium: Application of polymer melt

253 Noreen Sher AEJ - Exact solution of DOI:10. 2014 Akbar, S. Alexandria 1016/j.a peristaltic flow of Nadeem Engineering ej.2014. Journal biviscosity fluid in an 03.002. endoscope: A note 254 Noreen Sher Ain Shams Carreau fluid model for DOI:10. 2014 Akbar , Engineering 1016/j.a blood flow through a S.Nadeem Journal sej.2014 tapered artery with a .05.010 stenosis

255 Arshad Riaz, Applied Bionics Exact Solution for 11 81-90 2014 0.2 S. Nadeem, R. and Peristaltic Flow of Ellahi, A. Biomechanics Zeeshan Jeffrey Fluid Model in a Three Dimensional Rectangular Duct having Slip at the Walls

256 Tasawar Hayat Thermal Squeezed flow and heat 18 357-364 2014 1.22 , Majid Science Hussain , transfer in a second Sohail grade fluid over a Nadeem, Saleem sensor surface Obaidat 257 Sohail Transactions MHD Three-Dimensional 13 109-115. 2014 1.83 Nadeem, on Boundary Layer Flow of Rizwan Ul Nanotechnolog Haq, N.S. y Casson Nanofluid Past a Akbar. IEEE Linearly Stretching Sheet With Convective Boundary Condition

258 Nadeem, S. , Journal of Analysis of peristaltic 94 95--105 2014 0.000 Sadaf, Power of flow for a Prandtl fluid H. , Akbar, Technologies N. S model in an endoscope 259 S. Nadeem, S. The European Nanoparticles analysis 129 2014 129 Ijaz Physical , on the blood flow Journal Plus through a tapered catheterized elastic artery with overlapping stenosis 260 Nadeem S, Journal of Series Solution of Three 10.4 Riaz A, Ellahi Applied 172/ Dimensional Peristaltic R Mechanical 2168 Engineering Flow of Prandtl Fluid in - 9873 a Rectangular Channel .100 0139 261 S. Nadeem, S. Results in Mixed convection flow 2014 54– Saleem Physics 62 of Eyring–Powell fluid along a rotating cone

262 M. Naseer, M. Alexandria The boundary layer flow 52 2014 747– 0.000 Y. Malik, S. Engineering 750 of hyperbolic tangent Nadeem, A. Journal Rehman fluid over a vertical exponentially stretching cylinder, 263 S. Nadeem, R. European Thermo-diffusion 129 2014 1-17 1.377 Mehmood, N. Physical effects on MHD oblique S. Akbar Journal Plus stagnation-point flow of a viscoelastic fluid over a convective surface, The 264 S. Saleem, S. The European Buoyancy and metallic 129 1-8 2014 1.47 Nadeem, R. U. Physical particle effects on an Haq Journal Plus, unsteady water-based fluid flow along a vertically rotating cone. 265 E. N. Maraj, N. IEEE Biological Analysis of (Doi:10. 2014 1.76 S. Akbar, S. Transactions 1109/T Jeffrey Nano Fluid in a Nadeem, on NB.201 Nanobioscienc Curved Channel With 4.23388 e. 91 Heat Dissipation.

266 S. Nadeem, R. Applied Numerical solution of 4 625-631 2014 0 U. Haq, Z. H. Nanoscience Khan non-Newtonian nanofluid flow over a stretching sheet

267 S. Nadeem, T. Applied Heat transfer analysis 35 489-502 2014 0.802 Hussain Mathematics of Williamson fluid over and Mechanics, exponentially stretching surface,

268 R. U. Haq, S. Physica B: Convective heat 457 40–47 2015 1.333 Nadeem, Z. H. Condensed transfer in MHD slip Khan, N. F. M. Matter Physica Noor, B, flow over a stretching surface in the presence of carbon nanotubes. 269 S. Nadeem, S. Journal of Biomechanical 12 1–10 2015 1.032 Ijaz, Computational analysis of copper and Theoretical nanoparticles on blood Nanoscience, flow through curved artery with stenosis, 270 S. Nadeem and Journal of An Optimized Study of 12 1-8 2015 1.34 S. Saleem Computational Mixed Convection Flow and Theoretical of a Rotating Jeffrey Nanoscience Nanofluid on a Rotating Vertical Cone, 271 S. Nadeem, Journal of Effects of transverse DOI:10. 2015 1.97 Rashid Magnetism and 1016/j.j magnetic field on a Mehmood and Magnetic mmm.20 S. Masood, Materials, Rotating Micropolar 15.10.10 2. fluid between parallel plates with heat transfer, 272 S. Saleem and Journal of Theoretical analysis of DOI: 2015 0.66 S. Nadeem, Hydrodynamic 10.1016/ slip flow on a rotating s, S1001- cone with viscous 6058(15 )60523- dissipation effects, 6.

273 S. Akram, Revista técnica Effects of metachronal 38 18-28 2015 0.05 Emad Elay and de la facultad wave on biomagnetic S. Nadeem, de ingeniería universidad del Jeffery fluid with zulia inclined magnetic field, 38 (2015)18-28. Impact Factor =0.05. 274 N. F. M. Noor, Meccanica Mixed convection DOI: 2015 1.95 Rizwan Ul Haq 10.1007/ and S. stagnation flow of a s11012- Nadeem, micropolar nanofluid 015- 0145-9. along a vertically stretching surface with slip effects. 275 S. Nadeem and Physics Letter Influence of Metallic 379 542-554 2015 2.31 S. Ijaz, A. Nanoparticles on Blood Flow Through Arteries Having Both Stenosis and Aneurysm 276 S. Nadeem, International Numerical DOI:10. 2015 2.63 Rashid journal of 1016/j.ij investigation on MHD Mehmood and thermal thermals Sandile sciences. oblique flow of Walter's ci.2015. Sydney Motsa, 01.034. B type nano fluid over a convective surface, 277 S. Plos one Optimal and Numerical DOI: 2015 3.23. Nadeem, S. 10.1371/ Masood, Solutions for an MHD journal.p Rashid Micropolar Nanofluid one.012 Mehmood and 4016. M. A. Sadiq, between Rotating Horizontal Parallel Plates. 278 Arshad Riaz, International Effects of the wall (2015) 2015 0.65 S. Nadeem and journal of DOI: properties on unsteady R. Ellahi biomathematic 10.1142/ s. peristaltic flow of an S179352 4515500 Eyring-Powell fluid in a 813. three-dimensional rectangular duct. 279 S. Salman and International Analytical study of third 85 1041– 2015 2.38 S. Nadeem, journal of heat 1048 grade fluid over a and mass transfer. rotating vertical cone in the presence of nanoparticles. 280 Rizwan Ul Physica e low- MHD Squeezed Flow of 73 45–53 2015 2 Haq, S. dimensional Water Functionalized Nadeem, Z.H. systems and Khan and nanostructures Metallic nanoparticles N.F.M, . over a Sensor Surface.

281 Ehnber Maraj zna Application of DOI: 2015 0.76 and S. 10.1515/ Nadeem, Rabinowitsch Fluid zna- Model for the 2015- 0133. Mathematical Analysis of Peristaltic Flow in a Curved Channel. 282 S. wjst Partial slip doi:10.1 2015 Akram, S. 4456/W Nadeem and consequences on JST.201 A. Hussain, peristaltic transport of 5.47 Williamson fluid in an asymmetric channel. 283 Rashid International Oblique stagnation flow 25 454-471 2015 1.40 Mehmood, S. journal of of Jeffery fluid over a Nadeem and numerical Noreen Sher methods for stretching convective Akbar, heat and fluid surface: Optimal flow. solution. 284 Sajjad Journal of the Series solution of DOI: 2015 0.43 brazilian 10.100 magneto-hydrodynamic society of 7/s404 ur-Rehman, S. mechanical boundary layer flow 30- sciences and 015- over bi-directional engineering 0344- Nadeem and exponentially stretching 2. Changhoon Lee, surfaces. 285 Rashid Journal of Oblique Stagnation 12 605- 2015 1.34 Mehmood, S. computational 612. Point Flow of Carbon Nadeem and and theoretical Noreen Sher nanoscience. Nano Tube Based Fluid Akbar Over a Convective Surface. 286 S. Ijaz and S. Journal of Mechanics of biological DOI: 2015 0.73 Nadeem, mechanics in 10.114 blood flow analysis medicine and 2/S02 biology through curved artery 19519 41650 with stenosis. 024X.

287 Noreen Sher International Mathematical analysis 08 DOI: 2015 0.65 Akbar and S. journal of 10.114 of Phan-Thien–Tanner Nadeem, biomathematic 2/S17 s. fluid model for blood in 93524 51550 arteries. 0643.

288 R. Ellahi, Communicatio The Blood Flow of 63 DOI: 2015 0.89 Rahman S.U, ns in 10.108 Prandtl Fluid Through a S. Nadeem and theoretical 8/025 Kambiz Vafai, physics Tapered Stenosed 3- 6102/ Arteries in Permeable 63/3/3 Walls with Magnetic 53. Field. 289 S. Nadeem and Journal of MHD Boundary 28 Doi: 2015 0.84 Rizwan Ul aerospace 10.106 Layer Flow of a Haq, engineering. 1/ Nanofluid Passed (asce) as.194 through a Porous 3- Shrinking Sheet with 5525.0 00029 Thermal Radiation. 9 290 S. Nadeem, Journal of Combined effects of Doi: 2015 1.97 Rashid magnetism 10.101 magnetic field and Mehmood and and magnetic 6/j.jm Noreen Sher materials. partial slip on obliquely mm.20 Akbar 14.11. striking rheological fluid 043. over a stretching surface. 291 S. Nadeem and Ieee Theoretical Analysis of Doi: 2015 2.31 H. Sadaf, transactions on 10.110 Cu-Blood Nanofluid for nanobioscience 9/tnb. . Metachronal Wave of 2015.2 40197 Cilia Motion in a Curved 2. Channel. 292 Noreen Sher Journal of the Rheological properties DOI: 2015 2.31 Akbar, S. Egyptian 10.101 of Reiner-Rivlin fluid Nadeem and Mathematical 6/j.joe Kh. S. Society. model for blood flow ms.20 Mekheimer, 14.10. through tapered artery 007 . with stenosis. 293 S. Nadeem and Journal of Peristaltic Flow of DOI: 2015 1.34 E. N. Maraj, computational 10.116 Sutterby Nano Fluid in a and theoretical 6/jctn. nanoscience. Curved Channel with 2015.3 722. Compliant Walls.

294 S. Nadeem and Zeitschrift fur Metachronal Wave of 70 33-38 2015 0.79. H, Sadaf, naturforschung Cilia Transport in a Curved Channel. 295 S. Nadeem and Ieee Theoretical Analysis of DOI: 2015 2.31 S. Ijaz, transactions on 10.110 Metallic Nanoparticles nanobioscience 9/TNB. . on Blood Flow Through 2015.2 38925 Tapered Elastic Artery 3 With Overlapping Stenosis. 296 S. Nadeem, Chinese Partial slip effect on Doi: 1.60 Rashid physics b. 10.1 non-aligned stagnation Mehmood and 088/ Noreen Sher point nanofluid over a 1674 Akbar, - stretching convective 1056 surface. /24/1 /014 702. 297 Rizwan Ul Physica Convective heat 457 40-47 2015 1.32 Haq, S. condensed transfer in MHD slip Nadeem, Z. H. matter. Khan, N. F. M. flow over a stretching Noor, surface in the presence of carbon nanotubes. 298 Rizwan Ul Haq Journal of the MHD boundary 37 1339- 2015 0.43 and S. brazilian 1346. layer flow over an Nadeem, society of mechanical unsteady shrinking sciences and Sheet: Analytical and engineering. numerical approach. 299 Iffat Zehra, M. Results in Numerical Solutions of 5 20-25 2015 0.000 M. Yousaf and Physics. S. Nadeem, Williamson fluid with pressure dependent viscosity. 300 E. N. Maraj, International Mathematical study for 8 10.114 2015 0.65 Noreen Sher journal of 2/S17 peristaltic flow of Akbar, and S. biomathematic 93524 Nadeem, s. Williamson fluid in a 51550 0059 curved channel.

301 S. Nadeem, S. Physics Letters Theoretical analysis of 379 542- 2015 1.67 Ijaz A 554 metallic nanoparticles on blood flow through stenosed artery with permeable walls 302 S. Nadeem, S. Aip Advances Single wall carbon http:// 2015 1.524 Ijaz dx.doi. nanotube (SWCNT) org/10 examination on blood .1063/ 1.4934 flow through a multiple 583 stenosed artery with variable nanofluid viscosity 303 S. Nadeem, S. Commun. Study of Radially 64 537- 2015 0.893 Ijaz Theor. Phys 546 Varying Magnetic Field on Blood Flow through Catheterized Tapered Elastic Artery with Overlapping Stenosis 304 S. Nadeem, H. aip advances Trapping study of 10.106 2015 1.52 Sadaf 3/1.49 nanofluids in an 37474 annulus with cilia 305 N. F. M. Noor , Meccanica Mixed convection 50 2007- 2015 1.949 Rizwan Ul, S. 2022 , Nadeem, I. stagnation flow of a Hashim micropolar nanofluid along a vertically stretching surface with slip effects. 306 S. Nadeem and Communicatio Mathematical Analysis 64 547– 2015 0.8 Iqra Shahzadi ns in 554 for Peristaltic Flow of Theoretical Physics Two Phase Nanofluid in a Curved Channel

307 S. Akram, S. Computational Effects of partial slip on 55 1899- 2015 0.58 Nadeem Mathematics 1912 the peristaltic transport and Mathematical of a hyperbolic tangent Physics fluid model in an asymmetric channel 308 S. Saleem; S. J. Aerosp. Eng Time-Dependent 10.106 2016 0.454 Nadeem; and 1/ Second-Order Muhammad (ASCE Awais Viscoelastic Fluid Flow )AS.19 43- on Rotating Cone with 5525.0 Heat Generation and 00059 9 , Chemical Reaction 309 S. Nadeem and AIP Advances Inspiration of induced doi: 2016 1.52 Iqra Shahzadi 10.106 magnetic field on nano 3/1.49 hyperbolic tangent fluid 40757 in a curved channel 310 S.T. Hussaina, J. molecular Water driven flow of 214 136- 2016 2.515 Rizwan-ul- liquid 144 Haqb, Z.H. carbon nanotubes in a Khanc, S. rotating channel Nadeem

311 S. Nadeem, S. International Theoretical examination 93 1137– 2016 2.37 Ijaz Journal of Heat 1149 of nanoparticles as a and Mass Transfer drug carrier with slip effects on the wall of stenosed arteries 312 Noreen Sher International Double-diffusive natural 26 108-121 2016 1.40 Akbar, S. journal of convective boundary-layer Nadeem, Z. H. numerical methods flow of a nanofluid over a Khan and for heat and fluid stretching sheet with magnetic Waqar Khan flow. field.

313 Noreen Sher Ksce journal of The numerical investigation 2015 0.48. Akbar, S. civil engineering, of bioconvection in a Nadeem and S. suspension of gyrotactic H. Khan microorganisms and nanoparticles in a fluid flow over a stretching sheet,

314 S. Saleem and Journal of Analytical solutions for flow 38 2015 S. Nadeem, engineering of Walter, s B fluid over a thermophysics, rotating cone with Soret and revista técnica de Dufour effects, la facultad de ingeniería universidad del zulia 315 Noreen Sher Journal of applied Influence of magnetic field 2015 Akbar, Z. H. fluid mechanics. and slip on Jeffrey fluid in a Khan and S. ciliated symmetric channel Nadeem, with metachronal wave pattern.

316 E. N. Maraj The international Theoretical analysis of 0.89 and S. Nadeem journal of Entropy generation in psychiatry in peristaltic transport of nano medicine. fluid in an asymmetric channel.

Thesis Supervision  Completed Ph. D. Thesis 13  Completed M. Phil Thesis 60 Completed Ph. D. Theses 1. Anwar Husain (2010) Stagnation flows of non-Newtonian fluids towards a shrinking sheet. 2. Safia Akram (2011) Peristaltic flows of non-Newtonian fluids in an asymmetric channel. 3. Noreen Sher Akbar (2012) Peristaltic flows in cylindrical geometries. 4. Sadaf Ashiq (2013) Peristaltic Flows of non-Newtonian fluids in a diverging tube. 5. Majid Hussain(2013) Heat transfer analysis in two-dimensional flows. 6. Abdul Rehman (2014) Stagnation flows of Newtonian and non- Newtonian fluids. 7. Ehnber Naheed (2014) Mathematical study of Peristaltic flows of non-Newtonian fluids in tubes with different geometrical shapes. 8. Arshad Riaz (2014) Study of Peristaltic Flows of non-Newtonian Fluids. 9. Shafiq-Ur-Rehman (2014) Blood flow of non-Newtonian fluids

10. Salman Saleem (2015) Time dependent flow problems induced by a rotating cone. 11. Rizwan-Ul-Haq, (2015) Development and analysis of stretched flows with nanoparticles. 12. Rashid Mahmood, (2015) Non Orthogonal stagnation point flows with rheological characteristics. 13. Syed Tayyab Husain Shah, (2015) Analysis of steady flows over a continuous moving surface.

Current Ph. D. Theses 1. Aziz-ur-Rehman (Work in Progress) Analytical solutions of non- Newtonian fluids. 2. Muhammad Ashfaq (Work in Progress) Blood Flow. 3. Shagufta Ijaz (Work in Progress) Blood flow in arteries 4. Hina Sadaf (Work in Progress) Peristaltic flows of Nano fluids 5. Iqra Shahzadi (Work in Progress) Flows in a curved channels 6. Arif Ullah, (Work in Progress) Time dependent Stagnation flows 7. Noor Muhammad, (Work in Progress) Radiation heat flows 8. Nuzhat Irshad (work in progress ) Peristaltic flows 9. Tanzila Hayat (Work in progress) Stretching flows 10. Maryam Subhani (work in progress) Stagnation flows

Completed M. Phil Theses 1. Itrat Rubab (2007) Three dimensional flow of a non-Newtonian fluid with Heat Transfer. 2. Tauseef Aslam (2007) Slip Flow on a stretching surface in a rotating Frame. 3. Muhammad Awais (2007) Analytic solution for thin film flow of a fourth grade fluid. 4. Muhammad Ali (2007) Flow of a third Grade fluid with variable viscosity. 5. Muhammad Naseer (2007) Unsteady flows of non-Newtonian fluid with Heat transfer. 6. Mahvish Naz (2008) Boundary Layer Flow Due to Stretching Sheet. 7. Noreen Sher Akbar (2008) The effects of variable fluid properties in a uniform tube with peristalsis. 8. Sajida Bano (2008) An oscillatory hydromagnetic third grade fluid in a rotating system. 9. Saeed Ahmad Rajput (2008) Flow and heat transfer due to an exponential stretching sheet. 10. Ansa Rafique (2008) Influence of heat transfer on thin film flow of a third grade fluid with variable viscosity. 11. Iffat Zehra (2008) Effects of Heat transfer on MHD flow of an Oldroyd-B fluid between eccentric rotating disks with variable viscosity. 12. Majid Hussain (2009) Stagnation point flow of a Micropolar fluid towards a stretching sheet: an analytic solution. 13. Tabinda Naz (2009) Closed form solution to a second order boundary value problem and its applications in peristalsis. 14. Naheeda Bibi (2009) Influence of heat transfer on peristaltic flow of a non-Newtonian fluid in a vertical annulus. 15. Ziafat Mehmood (2009) Stagnation flow towards a shrinking sheet. 16. Naeem Faraz (2009) Flow of a non-Newtonian fluid film on a stretching surface. 17. Shela Zaheer (2010) Boundary layer flow of a non-Newtonian fluid over an exponentially stretching surface. 18. Bushra Tahir (2010) Stagnation point flow of a non-Newtonian fluid. 19. Haleema Sadia (2010) Flow of a non-Newtonian fluid with Reynolds and Vogel’s models of viscosity. 20. Aziz-ur-Rehman (2010) Study of stokes first and second problem. 21. Sajjad Shaukat (2010) Solution of differential equation by variational method. 22. Abdul Rehman (2010) Annular axisymmetric stagnation flow of a non-Newtonian fluid on moving cylinder. 23. Salman Saleem (2010)Mixed convection flow of a non-Newtonian fluid on a rotating cone. 24. Asif Shahzad (2010) The Falkner Skan flow with variable viscosity. 25. Uzma Batool (2011) Peristaltic flow in a rectangular duct. 26. Rizwan Ul Haq (2011) MHD flow due to shrinking sheet: An analytical solution. 27. Farhan Ahmad (2011) Mixed convection flow near the stagnation point on a vertical surface. 28. Sadaf Moin (2011) Peristaltic flow of six constant Jeffrey fluid in an asymmetric channel. 29. Syed Tayyab Hussain Shah (2012) Flow of two dimensional Williamson fluid. 30. Farhan Yousaf (2012) Stagnation flow in a circular cylinder. 31. Syed Waqar Hussain Shah (2012) The study of non-Newtonian fluid in a slowly deforming channel. 32. Sehrish Abbas (2012) Peristaltic flow of non-Newtonian fluid through porous boundaries. 33. Sidra-tul-Muntha (2012) The study of peristaltic flow in a rectangular duct. 34. Aqeela Shaheen (2012) Peristaltic flow of non-Newtonian fluid with variable viscosity. 35. Shagufta Ijaz (2012) Blood flow in tapered arteries. 36. Hina Sadaf (2012) Peristaltic flow in vertical annulus. 37. Taimoor Salahudin (2012) Study of Peristaltic flows of non- Newtonian Fluids. 38. Samina Tasleem (2013) Mathematical study of arterial blood flow. 39. Nuzhat Irshad (2013) Theoretical study of peristaltic flow in an annulus. 40. Wajeeha Sundas (2013) Steady flow of natural convection due to stretching cylinder. 41. Fauzia Bibi (2013) Unsteady flow over a rotating stretchable Disk 42. Bushra Sarfraz (2013) Boundary Layer flow of mixed convection heat transfer over a stretching wedge. 43. Shazia Parveen (2013) Blood flow through a tapered overlapping stenosed artery. 44. Misbah Ijaz (2013) Flows of couple stress fluid. 45. Aashibah Ghazal (2014) Blood flow of non-Newtonian fluid through catheterized arteries. 46. Syeda Anum Fatima (2014) Electroosmotic flow of non- Newtonian fluid. 47. Amna Munim (2014) Flow of non-Newtonian fluid due to ciliary motion. 48. Iqra Shahzadi (2014) Mathematical Analysis for peristaltic flow in a curved channel 49. Fiaz Ur Rehman (2014) Theoretical study of exponentially stretching problem. 50. Tanzila Hayat, (2014) Stagnation flow and heat transfer towards a convectively heated stretching surface. 51. Sadia Akbar (2014) Study of nano liquid film over a stretching surface. 52. Sadaf Masood (2015) Study of rotating nanofluid. 53. Samia Maqbool (2015) Mathematical study of cilia. 54. Arif Ullah Khan (2015) Analysis of unsteady stagnation point flow. 55. Zahid Ahmed (2015) Study of Ag-water and Cu-water nanofluids. 56. Sumaira Mehboob (2015) Heat transfer Analysis of Williamson Fluid. 57. Noor Muhammad (2015) Boundary Layer Flow over a vertical plate with new Roseland thermal radiation. 58. Maryam Subhani (2015) Unsteady Flow and heat transfer over an exponentially stretching surface. 59. Komal Ansar (2015) Effects of induced magnetic field for peristaltic flow of Williamson fluid in a curved channel. Research Interests Newtonian and non-Newtonian Fluids, Peristaltic flows, Flows in arteries, Flows in porous medium, Stretching Problems in Newtonian and non-Newtonian Fluid Mechanics, Magnetohydrodynamic flows, Unsteady flows, Micropolar fluids, Homotopy Analysis Method, Optimal Homotopy Analysis Method, Solutions of PDE’s using Analytical Techniques, Fractional Models, Blood Flow through arteries.

Courses Taught Calculus (I, II, III), Linear Algebra, Applied Engineering Mathematics, Discrete Mathematics, Numerical Computation, Business Mathematics, Ordinary Differential Equations.

M.Sc. Level Courses Fluid Mechanics-I, Fluid Mechanics-II, Ordinary Differential Equation,

Numerical Analysis, Partial Differential Equations, Integral Equations, Advance Calculus, Optimization Theory M. Phil/ Ph.D. Level Courses Basic Theory of Fluids, Advance Partial Differential Equations, Mathematical Techniques for Boundary Value Problem, Advance Mathematical Methods, Group Methods for Differential Equations.

Conferences Attended 1. 25th International Nathiagali Summer College 2000 at Muree Bhurban Pakistan. 2. International Conference on “Application of Group Theoretic Methods” at Math. Department of Quaid-I-Azam University Islamabad Pakistan. 3. 26th International Nathiagali Summer College 2001 at Muree Bhurban Pakistan. 4. Introductory workshop on mathematical modeling and its application to development issues. Arranged by GCISC from 29th Oct. to 2 Nov. at Islamabad Pakistan. 5. International conference on “Models and Methods in Fluid Mechanics”. Arranged by Mathematics Department COMSTAS on 23rd June, to 27th June 2003 held at COMSATS Abbottabad Pakistan. 6. 2nd International conference on “Models and Methods in Fluid Mechanics”. Arranged by Mathematics Department COMSTAS Islamabad 2005. 7. 3rd International conference on “Models and Methods in Fluid Mechanics”. Arranged by Mathematics Department COMSTAS Islamabad 2006. 8. First international conference on “Recent Developments in Fluids” arranged by Fluid Mechanics Group department of Mathematics Quaid-i-Azam University Islamabad, Pakistan. 9. 4th International conference on “Models and Methods in Fluid Mechanics”. Arranged by Mathematics Department COMSTAS Islamabad 2007. 10. Second international conference on “Recent Developments in Fluids” arranged by Fluid Mechanics Group department of Mathematics Quaid-i-Azam University Islamabad, Pakistan. 11. Third international conference on “Recent Developments in Fluids” arranged by Fluid Mechanics Group department of Mathematics Quaid-i-Azam University Islamabad, Pakistan 12. Peristaltic flows in a rectangular duct” presented in Computational sciences and engineering department Yonsei University Seoul, South Korea. 13. ICM 2014 Held in South Korea August 2014. 14. Two days international workshop on Recent Advances in computational fluid dynamics May 28-29, 2015 at COMSATS Islamabad, Pakistan. 15. CASM conference on Qualitative and Quantitative Techniques for Differential Equations and Applications, Arranged by LUMS Lahore June 4-6, 2015.

Seminars Delivered 1 On MHD flow of a third grade fluid on an oscillating porous plate on 12th December 2001 at Mathematics department Quaid-i-Azam University Islamabad Pakistan 2 An oscillating Hydromagnetic non-Newtonian flow in a rotating system on 5th March 2002 at Mathematics department Quaid-i-Azam University Islamabad Pakistan 3 Analytic Solutions of Stokes second problem in Second grade fluid on 11th March 2002 at Mathematics department Quaid-i- Azam University Islamabad Pakistan 4. Existence of Solution in case of Resonance and Blowing in “International Conference on Models and Methods in Fluid Mechanics” on 23rd June, to 27th June 2003 held at COMSATS Abbottabad Pakistan. 5. Exact solutions of rotating hydromagnetic flows of second grade fluids on 29th October 2003 at mathematics department COMSATS Institute of Information Technology Abbottabad Pakistan. 6. Solutions of Non-linear equations arising non-Newtonian Fluid Mechanics using Homotopy analysis Method on June 2004 at mathematics department COMSATS Institute of Information Technology Abbottabad Pakistan. 7. Unsteady flow of a second grade fluid over a stretching sheet with partial slip in “International Conference on Models and Methods in Fluid Mechanics” on 4th July, to 6th July 2005 arranged by COMSATS institute of Information Technology Islamabad, Pakistan. 8. Generalized non-Newtonian fluids “International Conference on Models and Methods in Fluid Mechanics” July 2006 arranged by COMSATS institute of Information Technology Islamabad, Pakistan. 9. Adomian decomposition method and its applications in peristalsis “Second international conference on “Recent Developments in Fluids” arranged by Fluid Mechanics Group department of Mathematics Quaid-i-Azam University Islamabad, Pakistan. 10. Peristaltic flows in rectangular duct “presented in Department of Computational sciences and engineering” Yonsei University Seoul South Korea in summer 2011. 11. Convective heat transfer and MHD flow in the presence of Carbon nanotubes over a stretching surface, ICM 2014, South Korea. 12. Applications of nano fluids in fluid mechanics, presented in Two days international workshop on Recent Advances in computational fluid dynamics May 28-29, 2015 at COMSATS Islamabad, Pakistan. 13. Optimal HAM solutions of differential equations in fluid mechanics, CASM conference on Qualitative and Quantitative Techniques for Differential Equations and Applications, Arranged by LUMS Lahore June 4-6, 2015. International Assignment Associate Editor of three international journals and Reviewer of More than 100 international journals in which few are listed here 1. Journal of Porous media 2. Physics Letter A 3. International Journal for numerical methods in fluids. 4. Communications in non-linear science and numerical simulations 5. International Journal of Heat and mass transfer. 6. Numerical methods for partial differential equations. 7. Zeitschrift fuer Naturforschung A 8. Taiwan Journal of Chemical Engineering. 9. Mathematical and Computer Modeling. 10. Journal of Advance research in scientific computing. 11. Journal Mathematical problem in engineering 12. Journal Quertly of Applied Mathematics 13. Journal Asian pacific journal of chemical engineering 14. Chemical engineering communications. 15. Computers and mathematics with applications. 16. Journal of Viberation and Control 17. Journal of Aero Space Engineering 18. Nonlinear Science Real worl applications 19. Acta Mechanica Sinica 20. Meccanica 21. Applied Mathematics and Mechanics 22. Mathematical Methods in Applied Sciences 23. Reviewer of Research grants council of Hong Kong 24. American Mathematical reviews 25. Journal of Biomechanics 26. Applied Mathematics Letters 27. International journal of Biomathematics 28. TamKang journal of science and engineering 29. International journal of Computer Mathematics 30. Chinese physics letter 31. AJSE-Mathematics Journal 32. International journal for Nonlinear science real world Applications 33. Mathematical Biosciences. 34. Brazilian Journal of Chemical Engineering 35. Journal of Applied Mathematics 36. Ain Shams Engineering Journal 37. International journal of Physical Sciences 38. Engineering Analysis with Boundary Elements 39. Experimental Thermal and Fluid Science

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