This paper presents an alternative methodology for finding the solution of the boundary value problem (BVP) for the linear partial differential operator. We are particularly interested in the linear operator ⊕k, where ⊕k=♡k♢k, ♡k is the biharmonic operator iterated k-times and ♢k is the diamond operator iterated k-times. The solution is built on the Green’s identity of the operators ♡k and ⊕k, in which their derivations are also provided. To illustrate our findings, the example with prescribed boundary conditions is exhibited
A new, unified transform method for boundary value problems on linear and integrable nonlinear parti...
AbstractWe consider several overdetermined boundary value problems for the biharmonic operator and d...
Particular solutions play a critical role in solving inhomogeneous problems using boundary methods s...
This paper presents an alternative methodology for finding the solution of the boundary value proble...
AbstractA boundary-value problem is formulated and then shown to be well-posed on the strip for a li...
A discussion of properties of operator solutions, of relations between operator solutions, and of th...
AbstractA construction of the special Green's function for the biharmonic operator is given. This re...
This paper deals with Lopatinskii type boundary value problem (bvp) for the (poly) harmonic differen...
There are various methods for constructing solutions of differential equations of fractional order. ...
AbstractThe solution of boundary value problems (BVP) for fourth order differential equations by the...
The Green’s function is widely used in solving boundary value problems for differential equations, t...
Estudamos o problema de valores de contorno {\'DELTA POT. 2\' u = f em \'OMEGA\', \'BETA\' u = 0 em ...
AbstractWe consider nonlinear boundary value problems of the type Lƒ + Nƒ = 0 for the existence of s...
The explicit form of all possible variants of the Green formula is described for a boundary value pr...
ABSTRACT. An algorithm for the computation of Green’s matrices for boundary value problems associate...
A new, unified transform method for boundary value problems on linear and integrable nonlinear parti...
AbstractWe consider several overdetermined boundary value problems for the biharmonic operator and d...
Particular solutions play a critical role in solving inhomogeneous problems using boundary methods s...
This paper presents an alternative methodology for finding the solution of the boundary value proble...
AbstractA boundary-value problem is formulated and then shown to be well-posed on the strip for a li...
A discussion of properties of operator solutions, of relations between operator solutions, and of th...
AbstractA construction of the special Green's function for the biharmonic operator is given. This re...
This paper deals with Lopatinskii type boundary value problem (bvp) for the (poly) harmonic differen...
There are various methods for constructing solutions of differential equations of fractional order. ...
AbstractThe solution of boundary value problems (BVP) for fourth order differential equations by the...
The Green’s function is widely used in solving boundary value problems for differential equations, t...
Estudamos o problema de valores de contorno {\'DELTA POT. 2\' u = f em \'OMEGA\', \'BETA\' u = 0 em ...
AbstractWe consider nonlinear boundary value problems of the type Lƒ + Nƒ = 0 for the existence of s...
The explicit form of all possible variants of the Green formula is described for a boundary value pr...
ABSTRACT. An algorithm for the computation of Green’s matrices for boundary value problems associate...
A new, unified transform method for boundary value problems on linear and integrable nonlinear parti...
AbstractWe consider several overdetermined boundary value problems for the biharmonic operator and d...
Particular solutions play a critical role in solving inhomogeneous problems using boundary methods s...