Journal of Nonlinear Mathematical Physics
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Volume 1, Issue 1, February 1994
Research Article
1. Application of the theory of separability of second-order differential equations
W. Sarlet, F. Cantrijn, E. Martínez
Pages: 5 - 24
Research Article
2. Differential Equations for the Components of the Canonical Chua's Circuit and its General Properties
Anatolij Samoilenko, Leon Chua
Pages: 25 - 40
Research Article
3. Symmetry Properties of the Approximations of Multidimensional Generalized Van Der Pol Equations
Norbert Euler, Marianna Euler
Pages: 41 - 59
Research Article
4. Antireduction and exact solutions of nonlinear heat equations
Wilhelm Fushchych, Renat Zhdanov
Pages: 60 - 64
We construct a number of ansatzes that reduce one-dimensional nonlinear heat equations to systems of ordinary differential equations. Integrating these, we obtain new exact solution of nonlinear heat equations with various nonlinearities.
Research Article
5. A completely integrable system associated with the Harry-Dym hierarchy
Zhijun Qiao
Pages: 65 - 74
By use of nonlinearization method about spectral problem, a classical completely integrable system associated with the Harry-Dym (HD) hierarchy is obtained. Furthermore, the involutive solution of each equation in the HD hierarchy is presented, in particular, the involutive solution of the well-known...
Research Article
6. Symmetry reduction and exact solutions of the Navier-Stokes equations. I
Wilhelm Fushchych, Roman Popowych
Pages: 75 - 113
Ansatzes for the Navier-Stokes field are described. These ansatzes reduce the Navier-Stokes equations to system of differential equations in three, two, and one independent variables. The large sets of exact solutions of the Navier-Stokes equations are constructed.
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