AbstractIn this paper, we introduce three-dimensional fuzzy differential transform method and we utilize it to solve fuzzy partial differential equations. This technique is a successful method because of reducing such problems to solve a system of algebraic equations; so, the problem can be solved directly. A considerable advantage of this method is to obtain the analytical solutions if the equation has an exact solution that is a polynomial function. Numerical examples are included to demonstrate the validity and applicability of the method
In this paper, we study the classical Sumudu transform in fuzzy environment, referred to as the fuzz...
In this paper, we study the classical Sumudu transform in fuzzy environment, referred to as the fuzz...
The main goal of this paper is to propose a new decomposition method for finding solutions to nonlin...
In this paper, we introduce three-dimensional fuzzy differential transform method and we utilize it ...
AbstractIn this paper, we introduce three-dimensional fuzzy differential transform method and we uti...
The paper is devoted to a fuzzy approach to numerical solutions of partial differential equations. T...
The fuzzy transform setting (F-transform), as a tool for general continuous approximation of functio...
The fuzzy transform setting (F-transform), as a tool for general continuous approximation of functio...
The fuzzy transform setting (F-transform), as a tool for general continuous approximation of functi...
The uncertain nonlinear systems can be modeled with fuzzy differential equations (FDEs) and the solu...
The uncertain nonlinear systems can be modeled with fuzzy differential equations (FDEs) and the solu...
In this paper numerical algorithms for solving fuzzy ordinary differential equations are considered....
In this paper, new approximation methods for solving systems of ordinary differential equations (SOD...
In this paper, Sumudu transform is advanced and designed for the solution of linear differential m...
In this paper, 3-point Block Backward Differentiation Formulas (3BBDF) is used for the numerical sol...
In this paper, we study the classical Sumudu transform in fuzzy environment, referred to as the fuzz...
In this paper, we study the classical Sumudu transform in fuzzy environment, referred to as the fuzz...
The main goal of this paper is to propose a new decomposition method for finding solutions to nonlin...
In this paper, we introduce three-dimensional fuzzy differential transform method and we utilize it ...
AbstractIn this paper, we introduce three-dimensional fuzzy differential transform method and we uti...
The paper is devoted to a fuzzy approach to numerical solutions of partial differential equations. T...
The fuzzy transform setting (F-transform), as a tool for general continuous approximation of functio...
The fuzzy transform setting (F-transform), as a tool for general continuous approximation of functio...
The fuzzy transform setting (F-transform), as a tool for general continuous approximation of functi...
The uncertain nonlinear systems can be modeled with fuzzy differential equations (FDEs) and the solu...
The uncertain nonlinear systems can be modeled with fuzzy differential equations (FDEs) and the solu...
In this paper numerical algorithms for solving fuzzy ordinary differential equations are considered....
In this paper, new approximation methods for solving systems of ordinary differential equations (SOD...
In this paper, Sumudu transform is advanced and designed for the solution of linear differential m...
In this paper, 3-point Block Backward Differentiation Formulas (3BBDF) is used for the numerical sol...
In this paper, we study the classical Sumudu transform in fuzzy environment, referred to as the fuzz...
In this paper, we study the classical Sumudu transform in fuzzy environment, referred to as the fuzz...
The main goal of this paper is to propose a new decomposition method for finding solutions to nonlin...