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Current IFNA Members
| First Name | Last Name | Country | Primary Research Interest |
| Manju | Agarwal | India | Mathematial modeling of ecological and environmental system |
| Shair | Ahmad | USA | Nonlinear Analysis |
| Nasiruddin | AHMED | CANADA | Nonlinear Analysis, |
| Toyohiko | Aiki | Japan | Free boundary porblem |
| Shigeo | Akashi | Japan | Fixed Point Theory |
| Marat | Akhmet | Turkey | Dynamical Systems |
| Edward | Allen | United States | stochastic differential equations |
| Stanislav | Antontsev | Portugal | Nonlinear PDEs |
| Zeljko | Bajzer | USA | Dynamics of non-linear systems in biomedical research |
| Dumitru | Baleanu | Turkey | Dynamical systems |
| Jurgen | Batt | Germany | Partial Differential Equations |
| Ismat | Beg | Pakistan | Fixed point theory |
| Naoaki | Bekki | Japan | Nonlinear waves |
| Aziz | Belmiloudi | France | Nonlinear PDE, Control Theory, Applied analysis |
| Jerry | Bona | USA | Fluid Mechanics |
| Pierre | BORNE | France | Automatic Control |
| Howard | Brandt | USA | Mathematical physics |
| Kevin | Broughan | New Zealand | number theory |
| Theodore | Burton | USA | Differential Equations |
| Alberto | Cabada | Spain | Ordinary Differential Equations |
| jagdish | chandra | USA | Mathematics |
| Souhail | Chebbi | Kingdom of Saudia Arabia | Applied Nonlinear Analysis |
| CHARLES | CHIDUME | ITALY | Nonlinear Operatror Theory |
| LJUBOMIR | Ciric | Serbia | Nonlinear Analysis |
| Constantin | Corduneanu | USA | |
| David | Costa | USA | Partial Differential Equations |
| Dragos-Patru | Covei | Romania | Nonilinear Partial Differential Equation |
| Marius-F | Danca | Romania | chaotic dynamic systems |
| Francesco | de Blasi | Italy | |
| Guy | Degla | Benin | Functional and Geometric Analysis |
| Alexander | Domoshnitsky | Israel | Functional Differential Equations |
| Eugene | Dshalalow | USA | Stochastic Analysis |
| Dr. Krishan | Duggal | Canada | Differential Geometry |
| Ratno Bagus | Edy Wibowo | Japan | Nonlinear Partial Differential Equations |
| Paul | Ehrlich | USA | Differential Geometry |
| Edgar | Escultura | A. P. India | Nonlinear Analysis |
| Denis | Flynn | Ireland | Mathematical Models with Hysteresis |
| Yongqiang | Fu | China | Partial Differential Equations |
| Zheng-Ming | Ge | Taiwan | Nonlinear Analysis |
| HARRY | GINGOLD | USA | ASYMPTOTIC METHODS |
| Su Mei | Goh | Malaysia | Nonlinear sciences, analytical methods, chaos |
| Kondalsamy | Gopalsamy | Australia | Stability Theory of Differential Equations |
| John | Graef | USA | |
| Maria-do-Rosario | Grossinho | Portugal | Differential Equations and Financial Mathematics |
| John | Haddock | USA | Differential and Integral Equations |
| Andrei | Halanay | Romania | Differential Equations |
| Seppo | Heikkila | Finland | Nonlineas Analysis |
| Jesus | Hernandez | Spain | Nonlinear elliptic problems |
| Georg | Hetzer | USA | Nonlinear Partial Differential Equations |
| Masao | Igarashi | JAPAN | Numerical Analysis |
| Alexander | Ioffe | Israel | Nonlinear analysis and optimization |
| Tadeusz | Jankowski | Poland | integro-differential equations with deviating arguments |
| Christopher | Jesudason | Malaysia | Creation of theorems in thermodynamics and physical phenomena |
| Russell | Johnson | Italy | Differential Equations |
| Dhandapani | Kannan | USA | Stochastic Processes and Equations |
| Eric R. | Kaufmann | United States | Ordinary Differential Equations |
| James | Keesling | USA | Dynamical Systems Theory |
| Scott | Kelly | USA | geometric mechanics |
| Nobuyuki | Kenmochi | Japan | Nonlinear evolution equations |
| Candace | Kent | USA | Discrete Dynamical Systems |
| Norio | Kikuchi | Japan | Variational Problems |
| William (Art) | Kirk | USA | Nonlinear Functional Analysis |
| Roman | Koplatadze | Georgia | Functional Differential Equations |
| Nickolai | Kosmatov | ordinary differential equations | |
| Semih | Kucukarslan | Turkey | Computational Mechanics |
| davide | la torre | Italy | fractal analysis |
| G.S. | Ladde | USA | Stochastic Systems Analysis and Modeling |
| Li-Hua | Lai | Taiwan | Nonlinear Analysis |
| Yongwimon | Lenbury | Thailand | Mathematical Modelling of Nonlinear Systems |
| Cesar | Martinez-Garza | USA | Impulsive Systems |
| Connell | McCluskey | Canada | Stability |
| Prabhakar | Misra | USA | Nonlinear Physics |
| Ram | Mohapatra | USA | Analysis |
| Gisele | Mophou | Guadeloupe(F.W.I) | Nonlinear PDE, Control Theory,fractional differential equations |
| Boris | Mordukhovich | USA | nonlinear and variational analysis, optimization, control theory |
| Gheorghe | Morosanu | Hungary | PDEs |
| Gaston | N'Guerekata | USA | Nonlinear Evolution Equations |
| Zdzislaw | Naniewicz | Poland | Applied Mathematics |
| Zuhair | Nashed | USA | Nonlinear Functional Analysis, Numerical Analysis, Integral Equations |
| Eva | Navarro Lopez | United Kingdom | Control and dynamical systems |
| Juan | Nieto | Spain | Nonlinear Differential Equations |
| Christine | Nowak | Austria | Ordinary Differential Equations, Qualitive Theory |
| Seiro | Omata | Japan | Partial Differential Equations |
| Sudhakar | Pandit | USA | Partial Differential Equations |
| Hemant Kumar | Pathak | India | 54H25, 54A40, 47H05 |
| Lev | Petrov | Russia | mathematical modeling of economy |
| Paolo | Piccione | Brazil | Riemannian Geometry |
| Giovanni | Porru | Italy | PDE |
| Agostino | Prastaro | Italy | PDE Geometry and Applications |
| Anatoliy | Prykarpatsky | Poalnd | nonlinear and symplectic analysis, dynamical systems theory, fixed point theory |
| K.R. | Rajagopal | USA | |
| Simeon | Reich | Israel | Nonlinear Analysis |
| Juhani | Riihentaus | Finland | Potential Theory, Several Complex Variables |
| Yuri | Rogovchenko | Sweden | differential equations |
| Weiguo | Rui | China | Differential Dynamic System |
| M. | Sambandham | USA | Stochastic and Deterministic Equations |
| Paul | Schmidt | USA | Partial Differential Equations |
| Syamal | Sen | USA | Computational Science |
| Ashok | Sengupta | India | |
| Gholam Ali | Shaykhian | USA | Deterministic and Stochastic Operations Research |
| R | Showalter | USA | partial differential equations |
| Geraldo | Silva | Brazil | systems and control theory |
| Kamal | Soltanov | Turkey | Nonlinear Analysis, Global Analysis |
| Codruta | Stoica | Romania | Stability Theory |
| Donna | Stutson | USA | Differential equations |
| Jitao | Sun | China | Impulsive System |
| Katsuaki | Sunakoda | Japan | Vibration Damping |
| Minoru | Tabata | Japan | population dynamics |
| Tamaz | Tadumadze | Georgia | Optimal control problems for Functional Differential Equations |
| Youshan | Tao | China | Parabolic and elliptic partial differential equations |
| Kiyoyuki | Tchizawa | Japan | Singular perturbation problem |
| Roger | Temam | USA | Applied Mathematics |
| Chris | Tsokos | USA | Mathematics & Statistics |
| Masayoshi | Tsutsumi | Japan | Nonilinear Partial Differential Equation |
| Aniefiok | Udomene | Nigeria | Operator Theory |
| J. | Vasundhara Devi | India | |
| Ram | Verma | USA | Variational Problems and Optimization Theory |
| Paul K.C. | Wang | U.S.A. | Control and stability theories for distributed-parameter systems |
| Jack | Warga | U.S.A | Optimal Control |
| Stanislaw | Wedrychowicz | Poland | Stochastic integral and differential equations |
| Coskun | YAKAR | TURKEY | Nonlinear Dynamical Equation |
| Naoki | Yamada | Japan | Partial Differential Equations |
| George Xian-Zhi | Yuan | USA | Nonlinear Analysis and Mathematucal Finance |
| Alexander | Zaslavski | Israel | Nonlinear Analysis |
| Guoping | Zhang | Mathematical Physics | |
| Lin | Zhi | China | Game Theory |