AbstractThe autoconvolution equation of the third kind with coefficient of general power type is dealt with by the method of weighted norms developed for equations with coefficients of linear and integer power type in recent joint work of the author with L. Berg, J. Janno, and B. Hofmann. For this equation two existence theorems and a uniqueness theorem are proved. Further, as an auxiliary equation a linear singular integral equation of Abel is treated anew and the existence of solutions to a related class of linear Volterra equations of the third kind is derived
AbstractIn this paper, we study the feasibility of numerical solutions, analogous to those methods i...
It is known that Abel integral equation has a solution in a closed form, with a removable singularit...
We establish in this paper the equivalence between a Volterra integral equation of the second kind a...
AbstractThe autoconvolution equation of the third kind with coefficient of general power type is dea...
AbstractExistence results of Part I of the paper are generalized to two types of autoconvolution equ...
AbstractThis paper is devoted to studying the nonlinear Abel-Volterra integral equation of the formϕ...
AbstractConsider a solution space Pτ consisting essentially of linear combinations of continuous fun...
We examine the third kind integral equations in Hölder class. The coefficients of the equations are ...
Some properties of non-locally bounded solutions for Abel integral equations are given. The case in ...
AbstractThe third-kind linear integral equation g(t)φ(t)=f(t)+λ∫abK(t,t')φ(t')dt' where g(t) vanishe...
6. y(x) + λ ∫ x a y(t) dt√ x – t = f (x). Abel equation of the second kind (Abel integral equation o...
© 2017, Allerton Press, Inc.The present paper deals with a linear integral equation of the third kin...
AbstractThis article shows the existence, uniqueness, and asymptotic estimates of solutions of the s...
AbstractWe discuss the properties and numerical treatment of various types of Volterra and Abel–Volt...
Third order linear homogeneous differential and recurrence equations with constant coefficients are ...
AbstractIn this paper, we study the feasibility of numerical solutions, analogous to those methods i...
It is known that Abel integral equation has a solution in a closed form, with a removable singularit...
We establish in this paper the equivalence between a Volterra integral equation of the second kind a...
AbstractThe autoconvolution equation of the third kind with coefficient of general power type is dea...
AbstractExistence results of Part I of the paper are generalized to two types of autoconvolution equ...
AbstractThis paper is devoted to studying the nonlinear Abel-Volterra integral equation of the formϕ...
AbstractConsider a solution space Pτ consisting essentially of linear combinations of continuous fun...
We examine the third kind integral equations in Hölder class. The coefficients of the equations are ...
Some properties of non-locally bounded solutions for Abel integral equations are given. The case in ...
AbstractThe third-kind linear integral equation g(t)φ(t)=f(t)+λ∫abK(t,t')φ(t')dt' where g(t) vanishe...
6. y(x) + λ ∫ x a y(t) dt√ x – t = f (x). Abel equation of the second kind (Abel integral equation o...
© 2017, Allerton Press, Inc.The present paper deals with a linear integral equation of the third kin...
AbstractThis article shows the existence, uniqueness, and asymptotic estimates of solutions of the s...
AbstractWe discuss the properties and numerical treatment of various types of Volterra and Abel–Volt...
Third order linear homogeneous differential and recurrence equations with constant coefficients are ...
AbstractIn this paper, we study the feasibility of numerical solutions, analogous to those methods i...
It is known that Abel integral equation has a solution in a closed form, with a removable singularit...
We establish in this paper the equivalence between a Volterra integral equation of the second kind a...