ABSTRACT
The temperature-viscosity-phase changes seem a most fascinating science of liquid mixtures that could furnish valuable data. For a process like wellbore during oil and gas production, scientists use an empirical correlations or mechanistic approach algorithm. So typical research in this field is concentrated on a single property analysis, such as that of heat transfer, pressure, or temperature. The solution describes the wellbore’s physical properties, at every depth and at every stage of production, even for the single whole oil field. At temperatures above the critical temperature in a one-component system like H2O, the physical and thermodynamic properties of a fluid with changing temperature and pressure vary smoothly and continuously, and no discontinuities in fluid properties occur. Such fluid dynamics play a critical role in developing cohesive forces and frictional forces, which could create effective friccohesity in such a valuable fluid.
