Common fixed point for weakly compatible and sequentially continuous mappings in metric spaces

Abstract EN

This study aims the show important tools, possible applications, existence of fixed point theory, results for mappings and contractive mappings on complete G-Metric Spaces.

The common fixed point theorem for maps satisfying a general contractive condition of integral type for a pair of weakly compatible mappings in fuzzy metric spaces, using property in cone metric spaces, of expansive mappings in generalized metric spaces, in complex valued metric spaces and for weakly compatible mappings under contractive conditions of integral type in complex valued metric spaces are considered.

The existence of multiple solutions and result of one nontrivial solution of the boundary value problems for nonlinear second.

Order differential equations and for some nonlinear systems with singular laplacian and one nontrivial solution for two point are obtained.