Mixed convective in an axisymmetric magneto flow owing to MoS2-GO hybrid nanoliquids in H2O based liquid through an upright cylinder with shape factor

TL;DR

This paper investigates the effects of shape factor, magnetic field, and thermal radiation on the flow and heat transfer of MoS2-GO hybrid nanoliquids in an axisymmetric magneto flow within an upright cylinder, using mathematical modeling and numerical analysis.

Contribution

It introduces a comprehensive mathematical model analyzing shape factor effects and thermal radiation on hybrid nanoliquids in magneto flow, with sensitivity analysis and validation of numerical methods.

Findings

Shape factor significantly influences temperature and velocity distribution.

Thermal radiation impacts heat transfer efficiency.

Model results are validated as highly accurate and reliable.

Abstract

In the presented paper, a comprehensive study will be done on shape factor analysis of MoS2-GO in H2O-C2H6O2 based hybrid nanoliquids associated with effect and influence of transverse magnetic field and thermal radiation. The effect of variation in different parameters and nanoliquids shapes under temperature and velocity distribution is explored and also non-linear thermal radiation will be analyzed. Algorithms are introduced in proportion to mathematical modeling based on their numerical results and comparative curves for further explanation. In addition, it will be done research for influence and effect of new significant parameters emerged to the model to do sensitivity analysis and also their output results are demonstrated, examined and compared together by presenting graphs and tables. Based on detailed discussions, authentication of attained results designates the high accuracy of applied methods deployed to solve presented model in the paper. Our results satisfy that our used approach is accurate, highly reliable and also effective. All mentioned steps will be described throughout the literature.