In this paper we consider the linear second order partial differential equation with non-constant coefficients; then by using the double convolution product we produce new equations with polynomials coefficients and we classify the new equations. It is shown that the classifications of hyperbolic and elliptic new equations are similar to the original equations that is the classification is invariant after finite double convolutions product
The decomposition method is applied to examples of hyperbolic, parabolic, and elliptic partial diffe...
These lecture notes stemming from a course given at the Nankai Institute for Mathematics, Tianjin, i...
In this article, importance is given to the understandable explanation of the issues related to the ...
In this paper we consider the linear second order partial differential equation with non-constant co...
In this work we consider the hyperbolic and elliptic partial differential equations with constant co...
In this study we consider further analysis on the classification problem of linear second order part...
AbstractIn this study we consider further analysis on the classification problem of linear second or...
In this study we consider the linear second order partial differential equations with non-homogenous...
The study of partial differential equations plays a significant role in many fields including mathem...
In this study we consider general linear second-order partial differential equations and we solve th...
AbstractIn this study we consider general linear second-order partial differential equations and we ...
In this study we extend the classification of partial differential equations to the further using th...
In this study we extend the classification of partial differential equations to the further using th...
© 2017 Elsevier Inc. In this paper we consider some new classes of integral equations that arise fro...
In the class of distributions of slow (moderate) growth we consider a class of equations with operat...
The decomposition method is applied to examples of hyperbolic, parabolic, and elliptic partial diffe...
These lecture notes stemming from a course given at the Nankai Institute for Mathematics, Tianjin, i...
In this article, importance is given to the understandable explanation of the issues related to the ...
In this paper we consider the linear second order partial differential equation with non-constant co...
In this work we consider the hyperbolic and elliptic partial differential equations with constant co...
In this study we consider further analysis on the classification problem of linear second order part...
AbstractIn this study we consider further analysis on the classification problem of linear second or...
In this study we consider the linear second order partial differential equations with non-homogenous...
The study of partial differential equations plays a significant role in many fields including mathem...
In this study we consider general linear second-order partial differential equations and we solve th...
AbstractIn this study we consider general linear second-order partial differential equations and we ...
In this study we extend the classification of partial differential equations to the further using th...
In this study we extend the classification of partial differential equations to the further using th...
© 2017 Elsevier Inc. In this paper we consider some new classes of integral equations that arise fro...
In the class of distributions of slow (moderate) growth we consider a class of equations with operat...
The decomposition method is applied to examples of hyperbolic, parabolic, and elliptic partial diffe...
These lecture notes stemming from a course given at the Nankai Institute for Mathematics, Tianjin, i...
In this article, importance is given to the understandable explanation of the issues related to the ...