In this study we examined foam stability through solid-fluids interactions between solid particles of hydrocarbon reservoirs and aqueous foam.
Now, we consider specific two fluid interactions.
Instead of loud, obvious design choices we stuck with fluid interactions and small, fun flourishes.
It has a significant effect on multiphase rock fluid interactions.
Fluid interactions can then be predicted, and a fluid model can be created.
Also, the fluid-fluid interactions are represented by a body force term in Boltzmann equation.
In reservoir simulators, rock-fluid interactions are generally lumped into one parameter relative permeability.
However, rock-fluid interactions such as adhesion, spreading and wettability affect the displacement in the reservoir.
Also, rock type recovery dependence highlights the importance of rock-fluid interactions.
As nanocarriers come into contact with biological fluid, interactions with various biomolecules alter their initial physicochemical status.
Results demonstrate that shale and drilling fluid interactions can be the critical factors affecting shale wellbore stability.
