On construction of approximate solution of non – linear Volterra - Fredholm integral equation in the space L
Journal of Mathematical Analysis and Application (USA) • 1993
Publication Information
Authors
El-Sayed Ahmed M. Ghorayeb and M.I. Hessein
Keywords
Not Available
Journal
Journal of Mathematical Analysis and Application (USA)
Publisher
Not Available
Volume
173
Issue
1
Pages
43-57
publication.type
International
Paper Link
Not Available
Supplementary Materials
Not Available
Abstract
In this paper we propose an approximate method for finding approximate solution of mixed additive nonlinear Volterra-Fredholm integral equations in the space (p ~ 1). Using the linear polynomial operators, we replace the given equation by nonlinear inter,ral equation of Hammerstein type with degenerate kernel,
and taking the solution of it as an approximate solution to the given equation.
It is well known that [1-3], the linear polynomial operator Un(g;x) is
a good approximation to the 2n-periodic function g(x) in the space L [O,2n).
p
If g(x) has the Fourier coefficients a. ,b., then
'" 1 1
g(x) ~ iao + i~l [aicos ix + b i cos ixJ; (1)
and taking the solution of it as an approximate solution to the given equation.
It is well known that [1-3], the linear polynomial operator Un(g;x) is
a good approximation to the 2n-periodic function g(x) in the space L [O,2n).
p
If g(x) has the Fourier coefficients a. ,b., then
'" 1 1
g(x) ~ iao + i~l [aicos ix + b i cos ixJ; (1)
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