AbstractThe Fredholm–Volterra integral equation of the second kind with continuous kernels with respect to position and time, is solved numerically, using the Collocation and Galerkin methods. Also the error, in each case, is estimated
Integral equations are often the best way to formulate physics problems. However, the typical physic...
Integral equations are often the best way to formulate physics problems. However, the typical physic...
Two dimensional Fredholm integral equations with logarithmic potential kernels are numerically solve...
AbstractThe Fredholm–Volterra integral equation of the second kind with continuous kernels with resp...
AbstractIn this paper, we present a numerical method for solving two-dimensional Fredholm–Volterra i...
in this paper, the existence and uniqueness of the solution of nonlinear Fredholm-Volterra integral ...
AbstractA method is used to obtain the general solution of Fredholm–Volterra integral equation of th...
AbstractWe consider a mixed type of nonlinear integral equation (MNLIE) of the second kind in the sp...
In this article, a numerical method is used to solve the two dimensionalFredholm integral equation o...
In this article, a numerical method is used to solve the two dimensionalFredholm integral equation o...
In this article, a numerical method is used to solve the two dimensionalFredholm integral equation o...
In this article, a numerical method is used to solve the two dimensionalFredholm integral equation o...
In this paper, under certain conditions, the solution of mixed type of Fredholm-Volterra integral eq...
In this paper, under certain conditions, the solution of mixed type of Fredholm-Volterra integral eq...
In this paper, under certain conditions, the solution of mixed type of Fredholm-Volterra integral eq...
Integral equations are often the best way to formulate physics problems. However, the typical physic...
Integral equations are often the best way to formulate physics problems. However, the typical physic...
Two dimensional Fredholm integral equations with logarithmic potential kernels are numerically solve...
AbstractThe Fredholm–Volterra integral equation of the second kind with continuous kernels with resp...
AbstractIn this paper, we present a numerical method for solving two-dimensional Fredholm–Volterra i...
in this paper, the existence and uniqueness of the solution of nonlinear Fredholm-Volterra integral ...
AbstractA method is used to obtain the general solution of Fredholm–Volterra integral equation of th...
AbstractWe consider a mixed type of nonlinear integral equation (MNLIE) of the second kind in the sp...
In this article, a numerical method is used to solve the two dimensionalFredholm integral equation o...
In this article, a numerical method is used to solve the two dimensionalFredholm integral equation o...
In this article, a numerical method is used to solve the two dimensionalFredholm integral equation o...
In this article, a numerical method is used to solve the two dimensionalFredholm integral equation o...
In this paper, under certain conditions, the solution of mixed type of Fredholm-Volterra integral eq...
In this paper, under certain conditions, the solution of mixed type of Fredholm-Volterra integral eq...
In this paper, under certain conditions, the solution of mixed type of Fredholm-Volterra integral eq...
Integral equations are often the best way to formulate physics problems. However, the typical physic...
Integral equations are often the best way to formulate physics problems. However, the typical physic...
Two dimensional Fredholm integral equations with logarithmic potential kernels are numerically solve...