Global strong solutions to the frame hydrodynamics for biaxial nematic phases

Key Points

• Global strong solutions to frame hydrodynamics uphold stability under variations in biaxial nematic phases, showing resilience.
• The study demonstrates that continuity equations effectively manage the elastic interactions between phases, enhancing stability.
• Assessment using mathematical modeling and analytical techniques offers insights into fluid dynamics of nematic materials.
• This finding supports future explorations in complex fluid behavior, essential for materials science and engineering.