The mechanical modelling of cylindrical problems is addressed. A series solution is considered of the Laplace equation, in which the series terms of the stress function Φ are expressions based upon Legendre polynomials and logarithmically singular functions. An explicit form of a polynomial supplementing each logarithmically singular part of the series solution is obtained.The mechanical modelling of cylindrical problems is addressed. A series solution is considered of the Laplace equation, in which the series terms of the stress function Φ are expressions based upon Legendre polynomials and logarithmically singular functions. An explicit form of a polynomial supplementing each logarithmically singular part of the series solution is obtaine...
One of the most general methods for solving ordinary differential equations consists in obtaining a ...
Abstract: Mathematics is a part of science in which the properties and interactions of idealized obj...
AbstractTwo difficulties connected with the solution of Laplace’s equation around an object inside a...
The mechanical modelling of cylindrical problems is addressed. A series solution is considered of th...
A series solution in terms of Legendre polynomials of the stress function suitable for modelling the...
A series solution in terms of Legendre polynomials of the stress function suitable for modelling the...
The solution of cylindrical problems is addressed. A series solution is considered of the biharmonic...
The solution of cylindrical problems is addressed. A series solution is considered of the biharmonic...
In this paper associated Legendre functions have been employed to obtain solutions of the fundamenta...
In this paper associated Legendre functions have been employed to obtain solutions of the fundamenta...
In this paper associated Legendre functions have been employed to obtain solutions of the fundamenta...
In this paper associated Legendre functions have been employed to obtain solutions of the fundamenta...
In this paper associated Legendre functions have been employed to obtain solutions of the fundamenta...
We consider the Dirichlet problem for the Laplace equation in a bounded cylindrical domain C:=D , wh...
The classical Laplace expansion of an 'arbitrary ' function / in a series of Legendre poly...
One of the most general methods for solving ordinary differential equations consists in obtaining a ...
Abstract: Mathematics is a part of science in which the properties and interactions of idealized obj...
AbstractTwo difficulties connected with the solution of Laplace’s equation around an object inside a...
The mechanical modelling of cylindrical problems is addressed. A series solution is considered of th...
A series solution in terms of Legendre polynomials of the stress function suitable for modelling the...
A series solution in terms of Legendre polynomials of the stress function suitable for modelling the...
The solution of cylindrical problems is addressed. A series solution is considered of the biharmonic...
The solution of cylindrical problems is addressed. A series solution is considered of the biharmonic...
In this paper associated Legendre functions have been employed to obtain solutions of the fundamenta...
In this paper associated Legendre functions have been employed to obtain solutions of the fundamenta...
In this paper associated Legendre functions have been employed to obtain solutions of the fundamenta...
In this paper associated Legendre functions have been employed to obtain solutions of the fundamenta...
In this paper associated Legendre functions have been employed to obtain solutions of the fundamenta...
We consider the Dirichlet problem for the Laplace equation in a bounded cylindrical domain C:=D , wh...
The classical Laplace expansion of an 'arbitrary ' function / in a series of Legendre poly...
One of the most general methods for solving ordinary differential equations consists in obtaining a ...
Abstract: Mathematics is a part of science in which the properties and interactions of idealized obj...
AbstractTwo difficulties connected with the solution of Laplace’s equation around an object inside a...