A hybrid fixed point theorem for product of two operators in a lattice-ordered Banach algebra with applications to quadratic integral equations
Articles
Janhavi B. Dhage
Latur, Maharashtra
Shyam B. Dhage
Latur, Maharashtra
Bapurao C. Latur, Maharashtra
Latur, Maharashtra
Published 2024-12-01
https://doi.org/10.15388/namc.2024.29.37849
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Keywords

lattice-ordered Banach algebra
hybrid fixed point principle
hybrid quadratic integral equation
extremal integrable solutions

How to Cite

Dhage, J.B., Dhage, S.B. and Latur, Maharashtra, B.C. (2024) “A hybrid fixed point theorem for product of two operators in a lattice-ordered Banach algebra with applications to quadratic integral equations”, Nonlinear Analysis: Modelling and Control, 29(6), pp. 1106–1119. doi:10.15388/namc.2024.29.37849.

Abstract

We prove a hybrid fixed point theorem for the product of two operators in a latticeordered Banach algebra and apply to nonlinear hybrid quadratic integral equations of mixed type for proving the existence of maximal and minimal positive integrable solutions under certain mixed conditions of Lipschitzicity and monotonicity of the nonlinear functions. Our main existence result is illustrated with a numerical example as well as with an application to IVPs of nonlinear first-order discontinuous quadratically perturbed ordinary differential equations.

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