Fluid-structure interaction mechanism and theoretical models to predict lift and deformation for a flexible dynamic plate

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Key Points

Lift and deformation predictions from fluid-structure interactions have significant implications for engineering designs in various applications.
A maximum lift of 15 Newtons was recorded under specific fluid conditions, showcasing the scale of interaction effects between fluid and structure.
Analysis using theoretical models focuses on the fluid-structure interaction mechanism, helping to predict behaviors of flexible plates under varied conditions.
These findings highlight the necessity for further investigations into complex interactions in real-world fluid systems, which may not replicate in theoretical models.

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Observational analysis uncovers the lift and deformation predictions in dynamic plates, indicating the importance of fluid-structure interactions.

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Cao et al. (2026) studied this question.

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