Hybrid interpolative mappings for solving fractional Navier–Stokes and functional differential equations

Abstract

Abstract The purpose of this study is to establish fixed-point results for new interpolative contraction mappings in the setting of Busemann space involving a convex hull. To illustrate our findings, we also offer helpful and compelling examples. Finally, the theoretical results are applied to study the existence of solutions to fractional Navier–Stokes and fractional-functional differential equations as applications.

Keywords

• Fixed point technique
• The existence solution
• Busemann space
• A convex hull
• Fractional differential equation