Two-grid reduced-dimension method and applications for the nonlinear single phase flow model coupled with ground stress in porous median

Key Points

• Nonlinear flow modeling is enhanced using a two-grid reduced-dimension method, targeting ground stress impacts.
• Key results indicate significant improvements in computational efficiency with the new method applied to flow models.
• Assessment using mathematical modeling and simulation techniques provides insights into fluid dynamics in porous structures.
• Findings support the potential for optimized modeling of ground stress effects, while further validation in real-world scenarios is needed.