A novel study of the Cross nanofluid with the effects of inclined magnetic field in fuzzy environment

Abstract

The abstract is categorized into the following sections as.Background: There are various challenges in the real life, which are required to deal with the specific intervals. Fuzzification is most appropriate way to find the solutions and can provide the accurate results of uncertain problems in specific intervals. Some conditions and imprecise parameters make the problems based on the fluid flow uncertain.Purpose: This current attempt focuses on the investigation of inclined magnetized Cross fluid flow in fuzzy conditions embedded with the chemical process with fuzzy complex conditions.Formulation: The governing system of modeled PDEs are tackled numerically with the utilization of finite difference method under fuzzy conditions at the boundary surface.Finding: The magnetic parameter intensifies the velocity field and induced magnetic field H. Amplification in viscosity parameter diminishes the velocity.Novelty: α‐cut technique for the case of fuzzified Cross fluid has not been studied in the accessible literature.

Keywords

• Cross fluid
• Fuzzy
• Channel
• Induced magnetic field
• Finite difference method
• Differential model