AbstractSome relationships between local differential geometry of surfaces and integrability of evolutionary partial differential equations are studied. It is proven that every second order formally integrable equation describes pseudo-spherical surfaces. A classification of integrable equations of Boussinesq type is presented, and it is shown that they can be interpreted geometrically as “equations describing hyperbolic affine surfaces
Two basic Lie-invariant forms uniquely defining a generic (hyper)surface in Lie sphere geometry are ...
Using the formulation of the immersion of a two-dimensional surface into the three-dimensional Eucli...
We present a new class of integrable surfaces associated with Bertrand curves. These surfaces are fo...
AbstractSome relationships between local differential geometry of surfaces and integrability of evol...
The class of differential equations describing pseudo-spherical surfaces, first introduced by Chern ...
AbstractWe give a complete classification of the evolution equations ∂u/∂t = F(u, ∂u/∂x, ..., ∂ku/∂x...
The problem of integrability of scalar partial differential equations in two independent variables i...
AbstractHierarchies of evolution equations of pseudo-spherical type are introduced, thereby generali...
The intrinsic geometry of surfaces and Riemannian spaces will be investigated. It is shown that many...
AbstractA complete classification of evolution equationsut=F(x,t,u,ux,…,uxk) which describe pseudo-s...
We consider the class of evolution equations of the form ut = F(u,∂u/∂x,...,∂ku/∂xk), k ≥ 2, that de...
We consider the class of evolution equations that describe pseudo-spherical surfaces of the form ut ...
We consider the class of evolution equations that describe pseudo-spherical surfaces of the form u_t...
Long before the theory of solitons, geometers used integrable equations to de-scribe various special...
Abstract: In this paper, the study of evolution equations with two independent variables which are r...
Two basic Lie-invariant forms uniquely defining a generic (hyper)surface in Lie sphere geometry are ...
Using the formulation of the immersion of a two-dimensional surface into the three-dimensional Eucli...
We present a new class of integrable surfaces associated with Bertrand curves. These surfaces are fo...
AbstractSome relationships between local differential geometry of surfaces and integrability of evol...
The class of differential equations describing pseudo-spherical surfaces, first introduced by Chern ...
AbstractWe give a complete classification of the evolution equations ∂u/∂t = F(u, ∂u/∂x, ..., ∂ku/∂x...
The problem of integrability of scalar partial differential equations in two independent variables i...
AbstractHierarchies of evolution equations of pseudo-spherical type are introduced, thereby generali...
The intrinsic geometry of surfaces and Riemannian spaces will be investigated. It is shown that many...
AbstractA complete classification of evolution equationsut=F(x,t,u,ux,…,uxk) which describe pseudo-s...
We consider the class of evolution equations of the form ut = F(u,∂u/∂x,...,∂ku/∂xk), k ≥ 2, that de...
We consider the class of evolution equations that describe pseudo-spherical surfaces of the form ut ...
We consider the class of evolution equations that describe pseudo-spherical surfaces of the form u_t...
Long before the theory of solitons, geometers used integrable equations to de-scribe various special...
Abstract: In this paper, the study of evolution equations with two independent variables which are r...
Two basic Lie-invariant forms uniquely defining a generic (hyper)surface in Lie sphere geometry are ...
Using the formulation of the immersion of a two-dimensional surface into the three-dimensional Eucli...
We present a new class of integrable surfaces associated with Bertrand curves. These surfaces are fo...